Hướng dẫn how do you merge two listnodes in python? - làm thế nào để bạn hợp nhất hai listnodes trong python?
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. Show
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; 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++
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' into 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 {
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' into 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 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 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 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.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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 {
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 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
C1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 4002
List 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
List 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 4015
List 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
List 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
List 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
List 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
List 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
List 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
List 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' into 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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.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.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 1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' into 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 List 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' into 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' into 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 ____10 ____10 ____10 ____10 ____10 ____10 ____10 ____10 ____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.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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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.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.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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 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.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 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.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
List 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 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
____10
____10
____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 4086 namespace 63namespace 82
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
____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.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.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.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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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.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.2
____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 4069 class 63#include 73
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____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 {
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 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 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 {
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 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.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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' into 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 { 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 {
List 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 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.0 using 5
JavaScript1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 Các 1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' into 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.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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 List 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.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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' into 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 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.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 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.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 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.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 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 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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; C++141) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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.220
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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
List 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 C1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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.220
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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
List 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 4023
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 C1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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
List 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.236
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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.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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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.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.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 Python3C 1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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
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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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.236
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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
List 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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.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.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 C1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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; 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 {
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 {
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
C1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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.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.655
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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.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.666
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
List 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
____10
____10
____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 4086 namespace 63namespace 82
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
____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.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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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.749
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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.749
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 ____10 ____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.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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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#
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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.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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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
1) Initialize result list as empty: head = NULL. 2) Let 'a' and 'b' be the heads of first and second list respectively. 3) Reverse both the lists. 4) While (a != NULL and b != NULL) a) Find the larger of two (Current 'a' and 'b') b) Insert the larger value of node at the front of result list. c) Move ahead in the list of larger node. 5) If 'b' becomes NULL before 'a', insert all nodes of 'a' 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 |