Viết một hàm Sắp xếp [] có hai danh sách, mỗi danh sách được sắp xếp theo thứ tự tăng lên và hợp nhất hai người lại với nhau thành một danh sách theo thứ tự tăng lên. SortedMerge [] sẽ trả về danh sách mới. Danh sách mới nên được thực hiện bằng cách ghép các nút của hai danh sách đầu tiên.
Ví dụ: nếu danh sách được liên kết đầu tiên A là 5-> 10-> 15 và danh sách được liên kết khác B là 2-> 3-> 20, thì Sett 3-> 5-> 10-> 15-> 20.
Có nhiều trường hợp để giải quyết: 'A' hoặc 'B' có thể trống, trong quá trình xử lý 'A' hoặc 'B' có thể hết trước, và cuối cùng, có vấn đề bắt đầu danh sách kết quả trống và xây dựng Nó lên trong khi đi qua 'A' và 'B'.
Phương pháp 1 [sử dụng các nút giả] & nbsp; Chiến lược ở đây sử dụng nút giả tạm thời làm bắt đầu danh sách kết quả. Đuôi con trỏ luôn chỉ vào nút cuối cùng trong danh sách kết quả, vì vậy việc nối thêm các nút mới rất dễ dàng. & NBSP;
The strategy here uses a temporary dummy node as the start of the result list. The pointer Tail always points to the last node in the result list, so appending new nodes is easy.
Nút giả cung cấp cho đuôi một cái gì đó để chỉ vào ban đầu khi danh sách kết quả trống. Nút giả này là hiệu quả, vì nó chỉ là tạm thời và nó được phân bổ trong ngăn xếp. Vòng lặp tiến hành, loại bỏ một nút khỏi ‘A, hoặc‘ B, và thêm nó vào đuôi. Khi & nbsp;
Chúng tôi đã hoàn thành, kết quả là trong dummy.next. & Nbsp;
Hình ảnh dưới đây là một hoạt động khô của phương pháp trên:
Dưới đây là việc thực hiện phương pháp trên: & nbsp;
C++
#include
using
namespace
std;
class
Node
{
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.1
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.7
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.8
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 400
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 401
{
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 404
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 406
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 408
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 #include
11] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
{
#include
4#include
5 #include
6
#include
4{
#include
9using
0
#include
9using
2using
3
#include
4using
5
#include
4using
7 #include
5 using
9
#include
4{
#include
9namespace
3
#include
9using
2using
3
#include
4using
5
#include
4#include
5 std;
1
#include
9std;
3
#include
4using
7
#include
9std;
7
#include
4std;
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
51] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3class
4using
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
class
7{
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
Node
01] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
Node
2Node
31] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
Node
51] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
Node
71] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
Node
9using
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
{
21] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
{
4{
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
{
7{
8 {
91] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.01
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.03
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.05
using
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.08
{
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.12
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
{
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.16
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.17
using
3#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.20
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
5using
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.25
{
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.28
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.30
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.32
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.34
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.36
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.38
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.40
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.42
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.44
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.46
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.48
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.49
using
31] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.52
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.55
using
5
C
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.57
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.58
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.59
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.61
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.65
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.68
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.69
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.71
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.73
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.75
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.77
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.79
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.81
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.85
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.88
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.90
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.93
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.98
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4002
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4using
7 #include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4011
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4015
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4#include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4023
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4025
#include
4using
7
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4029
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4031
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4036
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.71
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.73
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4043
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4047
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
Node
2List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4050
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4052
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4054
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4056
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4059
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4061
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4063
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4067
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4071
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 407272.
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4079
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4081
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4083
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4086
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4088
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4092
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4096
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4098
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4099
#include
4#include
01
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
#include
061] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
#include
101] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
#include
131] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
#include
161] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
181] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
201] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
221] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
241] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
261] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
281] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
301] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4096
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.49
#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
371] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 #include
40List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
Java
#include
42 #include
43
class
Node
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.65
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
51____10#include
53
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
#include
55#include
56#include
57#include
58#include
59
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
class
#include
62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
64
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.1
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
#include
671] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
____10#include
5 #include
71#include
58#include
73
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4#include
77
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
7 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4#include
85
#include
4#include
0 #include
88#include
58#include
73
#include
9#include
92
#include
4#include
94
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
#include
991] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
851] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 using
05#include
58#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4using
11
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.17
#include
35#include
4#include
92
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
51] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
19List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.1
using
22 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
using
241] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
____10using
27{
8 using
29
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31{
8 using
29
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35{
8 #include
53using
38using
39
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35{
8 #include
53using
444using
39
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35{
8 #include
53using
50using
39
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53{
8 #include
53using
56using
39
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53{
8 #include
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62using
39
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53{
8 #include
53using
68using
39
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71{
8 using
73
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74using
75
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
77List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
class
using
81
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
using
83
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
____10using
86{
8 #include
53using
89#include
35
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
921] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
using
96using
971] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4#include
5namespace
022358#include
73
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9namespace
08
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4#include
5namespace
16#include
58#include
73
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9namespace
22
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4#include
5namespace
30
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9namespace
22
#include
9namespace
36
#include
4using
5
#include
4using
7
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9namespace
08
#include
9namespace
46
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4namespace
50
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 namespace
55List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
Python3
class
namespace
59
____10namespace
61 namespace
62namespace
63namespace
64
#include
4namespace
63namespace
67namespace
68 namespace
69
#include
4namespace
63namespace
72 ____573 namespace
68 namespace
75
class
namespace
77
____10namespace
61 namespace
62namespace
63namespace
82
#include
4namespace
63namespace
85namespace
68 namespace
75
____10namespace
61
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4086
namespace
63namespace
82#include
4namespace
94namespace
68 namespace
63namespace
97
#include
4#include
0 std;
00
#include
9std;
02std;
03namespace
68
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.17
#include
73#include
9namespace
94namespace
68 std;
10namespace
73
____10namespace
61 std;
14namespace
63std;
16
#include
4std;
18namespace
68 std;
20
#include
4#include
5 namespace
63namespace
85std;
25 namespace
75
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
#include
9namespace
63namespace
85namespace
68 std;
32
#include
9class
3
#include
4std;
36namespace
68 namespace
63namespace
97
#include
4#include
0 std;
42namespace
73
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
#include
9std;
36namespace
68 std;
42namespace
73
#include
4std;
42namespace
73 namespace
68 std;
32
namespace
61 std;
56
____10std;
58namespace
68 #include
53using
89#include
73
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
std;
64namespace
68 std;
661] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 std;
691] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
#include
4#include
5 std;
73std;
25 namespace
75
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
#include
9std;
78namespace
73 namespace
68 std;
81
#include
9using
2
#include
4#include
5 std;
86std;
25 namespace
75
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
#include
9std;
78namespace
73 namespace
68 std;
94
#include
9using
2
#include
4#include
5 std;
99namespace
68 class
01
#include
9std;
78namespace
73 namespace
68 std;
94
#include
4#include
5 std;
99namespace
68 class
01
#include
4using
7
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
#include
9std;
78namespace
73 namespace
68 std;
81
#include
9std;
86namespace
68 class
23namespace
73
#include
4std;
64namespace
68 std;
78namespace
73
____10class
3 class
32namespace
73
class
34namespace
68 class
36
class
37namespace
68 class
36
class
40using
38#include
73
class
40using
44#include
73
class
40using
50#include
73
class
49using
56#include
73
class
49using
62#include
73
class
49using
68#include
73
class
58namespace
68 class
60
std;
02
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
class
63#include
73class
65
C#
using
class
67
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0____11
class
Node
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
{
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.1
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.5
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.1
class
80#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.1
#include
531] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
class
85#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9class
89
#include
9#include
57#include
58
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4using
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
51] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0____11
class
#include
621] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
{
#include
4#include
64
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.1
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
#include
67#include
4{
#include
9#include
5 #include
71#include
58using
97
#include
9{
Node
19Node
20
#include
9using
5
#include
9using
7
#include
9{
Node
19Node
28
Node
19#include
0 #include
88#include
58using
97
Node
34Node
35
Node
19Node
37
#include
9using
5
#include
4using
5
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
Node
44#include
4{
#include
9Node
28
#include
9#include
0 using
05#include
58using
97
#include
9{
Node
56Node
57
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.17
Node
59Node
19Node
35
#include
9using
5
#include
9Node
65
#include
4using
5
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.1
using
22 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
Node
72#include
4{
#include
9using
27{
8 Node
78
#include
9using
31{
8 Node
78
#include
9using
35{
8 Node
86
#include
9using
35{
8 Node
90
#include
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1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
51] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0____11
class
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221] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
{
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0____11
{
271] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
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#include
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33
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35
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List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
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9#include
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97
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19using
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73
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65
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79
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9using
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9using
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51
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89
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93
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98
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
5using
5
JavaScript
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.002
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.003
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.006
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.010
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.011
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.010
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.014
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.020
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.022
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.010
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.026
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.030
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
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1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.010
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.043
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
71] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.051
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.010
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.053
#include
4#include
0 #include
88#include
58#include
73
#include
9#include
92
#include
4#include
94
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
99
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.051
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.010
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.053
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 using
05#include
58#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.080
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.17
#include
35#include
4#include
92
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.088
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.089
#include
35List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.093
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.094
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
____10
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.097
{
8 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.099
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.101
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
using
96#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4#include
5namespace
02#include
58#include
73
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9namespace
08
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4#include
5namespace
16#include
58#include
73
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9namespace
22
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4#include
5namespace
30
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9namespace
22
#include
9namespace
36
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4using
7
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9namespace
08
#include
9namespace
46
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4namespace
50
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 namespace
55List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.166
{
8 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.168
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.169
{
8 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.168
using
35{
8
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.174
using
35{
8
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.177
using
35{
8
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.180
using
53{
8
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.183
using
53{
8
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.186
using
53{
8
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.189
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.190
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.191
using
751] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.088
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.194
#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.196
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.197
Đầu ra: & nbsp;
Merged Linked List is: 2 3 5 10 15 20
Phương pháp 2 [sử dụng các tài liệu tham khảo cục bộ] & nbsp; giải pháp này có cấu trúc rất giống với ở trên, nhưng nó tránh được bằng cách sử dụng một nút giả. Thay vào đó, nó duy trì một con trỏ cấu trúc ** con trỏ, LastPtrref, luôn chỉ vào con trỏ cuối cùng của danh sách kết quả. Điều này giải quyết trường hợp tương tự mà nút giả đã làm - xử lý danh sách kết quả khi nó trống. Nếu bạn đang cố gắng xây dựng một danh sách ở đuôi của nó, có thể sử dụng nút giả hoặc nút cấu trúc ** Tài liệu tham khảo có thể được sử dụng [xem Phần 1 để biết chi tiết]. & NBSP;
This solution is structurally very similar to the above, but it avoids using a dummy node. Instead, it maintains a struct node** pointer, lastPtrRef, that always points to the last pointer of the result list. This solves the same case that the dummy node did — dealing with the result list when it is empty. If you are trying to build up a list at its tail, either the dummy node or the struct node** “reference” strategy can be used [see Section 1 for
details].
C++14
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.198
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.201
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.203
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.206
#include
4#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.209
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.211
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4using
7 #include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.220
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.222
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4#include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4023
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.232
#include
4using
7
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.236
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.238
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.243
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
C
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.77
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.79
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.81
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.201
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.203
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.206
#include
4#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.209
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.211
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4using
7 #include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.220
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.222
#include
4#include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4023
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4#include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4023
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.232
#include
4using
7
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.236
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.238
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.243
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
C
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.299
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.302
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.306
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.77
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.79
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.81
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.201
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.318
#include
4#include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4023
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.236
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.331
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.243
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.341
#include
4using
7
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.345
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.347
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.243
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
Python3
C
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.77
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.79
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.81
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.201
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.310
namespace
821] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.203
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
9using
2using
3
Java
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.310
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.311
#include
9using
2using
3
#include
4#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.314
#include
581] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.311
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.404
#include
4using
7
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.407
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.409
#include
4using
7 #include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.327
#include
581] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.311
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
31] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.418
C#
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.299
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.302
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.306
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.206
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.201
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.318
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.236
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.331
#include
4#include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4023
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.243
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.341
#include
4using
7
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.345
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.347
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.243
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
C
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.002
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.77
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.79
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.81
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.477
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.480
#include
0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.93
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.201
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.203
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
2List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
9using
2
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.331
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
2List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
51] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.339
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.341
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
71] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.345
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.347
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.243
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.197
Phương pháp 3 [sử dụng đệ quy] & nbsp; hợp nhất là một trong những vấn đề đệ quy tốt đẹp trong đó mã giải pháp đệ quy sạch hơn nhiều so với mã lặp. Tuy nhiên, bạn có thể muốn sử dụng phiên bản đệ quy cho mã sản xuất, bởi vì nó sẽ sử dụng không gian ngăn xếp tỷ lệ với độ dài của danh sách. & NBSP; & NBSP;
Merge is one of those nice recursive problems where the recursive solution code is much cleaner than the iterative code. You probably wouldn’t want to use the recursive version for production code, however, because it will use stack space which is proportional to the length of the lists.
C++
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 401
{
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.540
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
5 #include
6#include
4class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.546
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
7 #include
5 using
9#include
4class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.553
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
5 std;
11] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
{
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.560
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.562
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
51] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
71] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
{
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.570
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.572
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
51] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
31] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.418
using
5
C
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.77
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.79
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.584
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.586
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.201
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.586
#include
5 #include
61] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.592
class
31] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.594
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.586
using
7 #include
5 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.598
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.592
class
31] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.601
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.586
#include
5 std;
11] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.586
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.592
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.608
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.592
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.610
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.586
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.586
using
7 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.586
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.592
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.618
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.592
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.620
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.586
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.586
class
31] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.243
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
Java
class
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.628
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0____11
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.632
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.637
#include
581] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.639
class
3 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.641
Các
#include
4#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.651
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.655
#include
9class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.648
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4using
7
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.666
#include
9class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.641
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
Python3
class
namespace
59
____10namespace
61 namespace
62namespace
63namespace
64
#include
4namespace
63namespace
67namespace
68 namespace
69
#include
4namespace
63namespace
72 ____573 namespace
68 namespace
75
class
namespace
77
____10namespace
61 namespace
62namespace
63namespace
82
#include
4namespace
63namespace
85namespace
68 namespace
75
____10namespace
61
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4086
namespace
63namespace
82#include
4namespace
94namespace
68 namespace
63namespace
97
#include
4#include
0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.717
#include
9std;
02std;
03namespace
68
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.722
#include
73#include
9namespace
94namespace
68 std;
10namespace
73
____10namespace
61
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.731
namespace
631] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.733
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.735
namespace
68 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.737
#include
4#include
5 namespace
63namespace
85std;
25 namespace
75
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
#include
9namespace
63namespace
85namespace
68
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.749
#include
9class
3
#include
4std;
36namespace
68 namespace
63namespace
97
#include
4#include
0 std;
42namespace
73
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
#include
9std;
36namespace
68 std;
42namespace
73
#include
4std;
42namespace
73 namespace
68
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.749
namespace
61
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.773
____10namespace
94namespace
68 namespace
75
____10#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.780
std;
25 namespace
751] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
#include
4class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.786
____10#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.789
std;
25 namespace
751] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
#include
4class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.795
____10#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.798
namespace
68 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.800
#include
4namespace
94namespace
68
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.795
#include
4std;
10namespace
73 namespace
68
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.809
namespace
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.811
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
71] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
#include
4namespace
94namespace
68
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.786
#include
4std;
10namespace
73 namespace
68
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.823
namespace
73#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.828
#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.830
namespace
68namespace
68 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.833
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.2
____10
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.836
namespace
68 class
361] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.840
using
44#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.840
using
68#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.840
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.849
#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.840
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.853
#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.840
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.857
#include
73____10
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.860
namespace
68 class
361] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.864
using
38#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.864
using
50#include
73____10
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.864
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.873
#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.864
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.877
#include
731] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.864
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.881
#include
73____10
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.884
namespace
68 class
36____10
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.888
namespace
68 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.890
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
std;
02List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.894
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.895
namespace
681] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.897
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.899
C#
using
class
67
class
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.903
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.1
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.905
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
____10#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.637
#include
58#include
73#include
4class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.641
____10#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.644
#include
58using
97#include
4class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.648
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
5 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.651
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.929
#include
4class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.648
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
using
71] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.940
#include
4class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.641
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
____10#include
5 1] Initialize result list as empty: head = NULL.
2] Let 'a' and 'b' be the heads of first and second list respectively.
3] Reverse both the lists.
4] While [a != NULL and b != NULL]
a] Find the larger of two [Current 'a' and 'b']
b] Insert the larger value of node at the front of result list.
c] Move ahead in the list of larger node.
5] If 'b' becomes NULL before 'a', insert all nodes of 'a'
into result list at the beginning.
6] If 'a' becomes NULL before 'b', insert all nodes of 'b'
into result list at the beginning.
644#include
58using
97
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.002
#include
4class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.648
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
5 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.651
JavaScript
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0____101093
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.951
#include
4#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.637
#include
58#include
73#include
9class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.641
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.655
#include
4#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.637
#include
58#include
73#include
9class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.641
#include
9
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.666
JavaScript
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.197
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0____101093
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.951
Time Complexity: Since we are traversing through the two lists fully. So, the time complexity is O[m+n] where m and n are the lengths of the two lists to be merged.
#include
4#include
5 1] Initialize result list as empty: head = NULL.
2] Let 'a' and 'b' be the heads of first and second list respectively.
3] Reverse both the lists.
4] While [a != NULL and b != NULL]
a] Find the larger of two [Current 'a' and 'b']
b] Insert the larger value of node at the front of result list.
c] Move ahead in the list of larger node.
5] If 'b' becomes NULL before 'a', insert all nodes of 'a'
into result list at the beginning.
6] If 'a' becomes NULL before 'b', insert all nodes of 'b'
into result list at the beginning.
637#include
58#include
73
#include
9class
3
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.641reversing both the given lists and after reversing, traversing both the lists till the end and then comparing the nodes of both the lists and inserting the node with a larger value at the beginning of the result list. And in this way we will get the resulting list in increasing order.
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.
#include
4#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.644
#include
58#include
73#include
9class
3 1] Initialize result list as empty: head = NULL.
2] Let 'a' and 'b' be the heads of first and second list respectively.
3] Reverse both the lists.
4] While [a != NULL and b != NULL]
a] Find the larger of two [Current 'a' and 'b']
b] Insert the larger value of node at the front of result list.
c] Move ahead in the list of larger node.
5] If 'b' becomes NULL before 'a', insert all nodes of 'a'
into result list at the beginning.
6] If 'a' becomes NULL before 'b', insert all nodes of 'b'
into result list at the beginning.
648
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.990
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.991
#include
4#include
5
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.970
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.977 ____47
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
& nbsp; độ phức tạp về thời gian: & nbsp; vì chúng tôi đang đi qua hai danh sách đầy đủ. Vì vậy, độ phức tạp về thời gian là O [M+N] trong đó M và N là độ dài của hai danh sách sẽ được hợp nhất. & NBSP;
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40001
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40002
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
Phương pháp 4 [đảo ngược danh sách]
Ý tưởng này bao gồm lần đầu tiên đảo ngược cả danh sách đã cho và sau khi đảo ngược, đi qua cả hai danh sách cho đến cuối và sau đó so sánh các nút của cả hai danh sách và chèn nút có giá trị lớn hơn ở đầu danh sách kết quả. Và theo cách này, chúng tôi sẽ nhận được danh sách kết quả theo thứ tự tăng lên.
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40011
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40013
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40015
Dưới đây là việc thực hiện giải pháp trên.
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40020
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
C
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40025
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40027
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40029
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.992
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.994
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.997
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40037
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40039
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40041
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40043
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.68
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40050
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40052
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40054
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40056
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
5 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40006
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40037
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40039
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40041
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40043
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4class
3
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40009
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40050
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40052
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40054
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40056
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40018
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40023
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40032
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4096
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40102
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40103
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40105
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4#include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40035
#include
4using
7
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40114
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4072
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4074
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40118
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40120
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40122
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40063
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40076
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40009
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40134
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40136
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40138
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40140
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40142
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40144
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40146
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4096
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40150
#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40153
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4096
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40157
#include
35
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40160
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40162
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4096
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4069
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40166
#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
371] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4086
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40094
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
C++
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40174
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40098
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40109
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40111
#include
4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.977 ____47
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
& nbsp; độ phức tạp về thời gian: & nbsp; vì chúng tôi đang đi qua hai danh sách đầy đủ. Vì vậy, độ phức tạp về thời gian là O [M+N] trong đó M và N là độ dài của hai danh sách sẽ được hợp nhất. & NBSP;
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.69
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40002
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
Phương pháp 4 [đảo ngược danh sách]
Ý tưởng này bao gồm lần đầu tiên đảo ngược cả danh sách đã cho và sau khi đảo ngược, đi qua cả hai danh sách cho đến cuối và sau đó so sánh các nút của cả hai danh sách và chèn nút có giá trị lớn hơn ở đầu danh sách kết quả. Và theo cách này, chúng tôi sẽ nhận được danh sách kết quả theo thứ tự tăng lên.
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40011
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40013
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40015
Dưới đây là việc thực hiện giải pháp trên.
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40020
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40023
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40025
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40027
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40029
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.992
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.994
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.997
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40037
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40039
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40041
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40043
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.68
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40050
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40052
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40054
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40056
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40063
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40037
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40039
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40041
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40043
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40076
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40050
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40052
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40054
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40056
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40009
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4086
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40094
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40098
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40285
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.17
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40105
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40109
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40111
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
____10
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40298
{
8 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40300
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40120
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40122
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40125
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
#include
061] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
#include
101] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40134
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40136
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40138
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40140
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40142
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40144
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40146
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.48
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40150
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40153
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.48
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40157
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40160
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40162
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.48
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40166
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
371] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 #include
40List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
Java
#include
42 #include
43
class
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.903
using
22 class
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.994
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.997
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
511] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.69
using
22
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40367
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
____10#include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40371
#include
58#include
73#include
4class
3
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40009
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40378
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40380
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40382
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40018
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
using
22
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40390
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40023
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40025
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40397
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40401
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40404
#include
58 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40406
#include
581] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.311
#include
4#include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40411
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40413
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40415
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40041
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40043
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4using
7
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40426
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40428
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40054
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40056
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40404
#include
581] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.311
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40413
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40415
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40041
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40043
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40454
#include
581] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.311
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40426
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40428
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40054
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40056
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40009
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4086
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40094
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40098
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40481
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.17
#include
35#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40485
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40105
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40109
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40111
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40499
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40501
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40125
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
#include
061] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.60
#include
101] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40514
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40518
using
38#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40522
using
44#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40526
using
50#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40530
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.853
#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40534
using
56#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40538
using
62#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40542
using
68#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40546
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40150
#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40153
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40546
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40157
#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40160
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40162
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40153
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
37List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
C#
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 #include
40Java
#include
42 #include
43
class
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.903
using
22 class
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.994
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.997
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.69
using
22
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40367
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
____10#include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40371
#include
58#include
73#include
4class
3
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40009
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40378
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40380
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40018
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40018
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
using
22
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40390
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40023
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40025
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40397
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40401
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40404
#include
58 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40406
#include
581] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.311
#include
4#include
5
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40411
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40413
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40415
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40041
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40043
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
#include
4using
7
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40426
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40428
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40054
#include
9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40056
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40404
#include
581] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.311
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40413
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40415
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40041
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40043
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40454
#include
581] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.311
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40426
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40428
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40054
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40056
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40009
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
using
22
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40473
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
0 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40477
#include
581] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.311
#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40700
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.17
#include
35#include
4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40485
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
using
22
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40490
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.4
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40111
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
____10
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40495
{
8 {
91] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40499
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40501
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
class
3 List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40125
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.1
using
22 1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.9
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40730
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.62
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40514
#include
58List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4005
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40737
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40739
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40741
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40743
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40745
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40747
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40749
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40751
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40150
#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40153
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40751
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40157
#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40160
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40162
1] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40751
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40166
#include
351] Initialize result list as empty: head = NULL. 2] Let 'a' and 'b' be the heads of first and second list respectively. 3] Reverse both the lists. 4] While [a != NULL and b != NULL] a] Find the larger of two [Current 'a' and 'b'] b] Insert the larger value of node at the front of result list. c] Move ahead in the list of larger node. 5] If 'b' becomes NULL before 'a', insert all nodes of 'a' into result list at the beginning. 6] If 'a' becomes NULL before 'b', insert all nodes of 'b' into result list at the beginning.0
#include
37List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 4007
Output:
List A before merge: 5 10 15 40 List B before merge: 2 3 20 Merged Linked List is: 2 3 5 10 15 20 40
Độ phức tạp về thời gian: & nbsp; Vì chúng tôi đang đi qua hai danh sách đầy đủ. Vì vậy, độ phức tạp về thời gian là O [M+N] trong đó M và N là độ dài của hai danh sách sẽ được hợp nhất. & NBSP; Since we are traversing through the two lists fully. So, the time complexity is O[m+n] where m and n are the lengths of the two lists to be merged.
Phương pháp này được đóng góp bởi Mehul Mathur [Mathurmehul01]. & NBSP;Mehul Mathur[mathurmehul01].
Ý tưởng này tương tự như bài viết này.
Vui lòng tham khảo bài đăng dưới đây để triển khai đơn giản hơn: & nbsp; hợp nhất hai danh sách được sắp xếp [tại chỗ] Nguồn: //csl Library.stanford.edu/105/linkedlistproblems.pdflease Viết nhận xét Nếu bạn tìm thấy mã trên/thuật toán trên Những cách tốt hơn để giải quyết vấn đề tương tự.
Merge two sorted lists [in-place]
Source: //cslibrary.stanford.edu/105/LinkedListProblems.pdf
Please write comments if you find the above code/algorithm incorrect, or find better ways to solve the same problem.