//Để tìm Số nhỏ thứ hai trong số các số đã cho
a = list[]
number = int[input["Nhập số . "]]
print['Nhập số vào mảng. ']
for i in range[int[number]].
n = input["số. "]
a. nối thêm[int[n]]
a. sort[]
#Để chuyển đổi các phần tử đã cho theo thứ tự tăng dần
temp = 0
temp=a[1]
print[a] #To print array elements in sorting order
print["Second smallest number: ",a[1]]
Một giải pháp đơn giản là sắp xếp mảng theo thứ tự tăng dần. Hai phần tử đầu tiên trong mảng đã sắp xếp sẽ là hai phần tử nhỏ nhất. Độ phức tạp thời gian của giải pháp này là O[n Log n]
Giải pháp tốt hơn là quét mảng hai lần. Trong lần duyệt đầu tiên, hãy tìm phần tử tối thiểu. Đặt phần tử này là x. Trong lần duyệt thứ hai, tìm phần tử nhỏ nhất lớn hơn x. Độ phức tạp thời gian của giải pháp này là O[n]
Giải pháp trên yêu cầu hai lần duyệt mảng đầu vào
Một giải pháp hiệu quả có thể tìm thấy hai yếu tố tối thiểu trong một lần duyệt. Dưới đây là thuật toán hoàn chỉnh
thuật toán
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
secondThực hiện
C++
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second171] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second181] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second221] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second231] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second41] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second61] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second71] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second101] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second131] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second161] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second71] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1701] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1711] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second172_______119____4174____4172
_______08____4177
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second0_______08____4180
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second182 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1831] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second71] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____41871] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____41891] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1921] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second71] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1961] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1981] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____41771] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____42031] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____42051] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second207 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2091] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second211_______08____4177
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2161] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2181] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second172_______08____4207
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2181] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second225 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2261] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2271] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second229 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2301] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1771] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2331] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2351] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second71] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second021] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second031] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second041] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second031] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second061] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second081] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second174 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second111] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1771] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second14C
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second151] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second161] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second171] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second41] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second241] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second281] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second131] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second341] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second381] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1711] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second411] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1741] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second441] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second491] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second182 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second521] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____4187_______057____4189
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second611] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second651] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second671] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____42031] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second571] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second741] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second207 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second781] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second801] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second851] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second381] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second41_______08____4207
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second381] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second961] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second97____0981] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second991] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1021] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1041] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1081] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second021] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second031] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second041] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second031] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second115_______08____1117
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second8____4174 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1201] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second46Java
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1221] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second123 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1241] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second126 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1271] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1301] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1311] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1321] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second134 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1381] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1431] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second131] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1491] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1501] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1511] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second155____41711] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second411] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1741] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second441] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1651] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second182 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1701] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second171____11721] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1761] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second177____41891] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second611] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1841] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second651] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1841] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second671] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second0________ 4195 ________ 1192
_______097____074
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second207 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second781] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1841] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second801] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17051] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second155____41708 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17091] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17101] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17111] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second411] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2071] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second155____4225 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17091] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17101] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17201] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1721 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17091] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17101] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1724 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second0_______08____41730
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1732 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second134 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17351] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17401] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17411] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17431] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17451] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17471] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17491] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17451] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1752_______119____41754
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1758con trăn
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17591] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second123 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17611] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1763 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17641] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second0_______08____41767
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1769____41770 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17711] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17721] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1775____11501] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17771] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1779 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17801] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1741] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1785______41770 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17871] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1770 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17891] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second182 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17921] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1793 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17941] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1711] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17971] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18001] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____418021] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18051] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17871] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1770 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17851] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1785______41770 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18131] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____418161] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____418181] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1820 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1821______41822 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18231] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1770 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17871] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1770 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18291] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1833____417701] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1770 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18361] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1779 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second8____4207____417771] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1779 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18451] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18471] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1771] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18491] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18501] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18521] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18531] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1770 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18551] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17411] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17431] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17451] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17471] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17491] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17451] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18671] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18681] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1870C#
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18711] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18721] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18741] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second126 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18771] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1879_______08____41881
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18791] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18831] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second134 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18891] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18941] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second131] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second341] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19041] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1711] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second411] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1741] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second441] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19141] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second31] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19161] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19171] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second182 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second39______03 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19221] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1761] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1891] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second611] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1841] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second651] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1841] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second671] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second0________ 4195 ________ 1192
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2051] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second207 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second781] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1841] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second801] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19551] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second31] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19571] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19041] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1708 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17091] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1962____417111] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second411] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2071] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1904______4225 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17091] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19621] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17201] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1721 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17091] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19621] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1724 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second0_______08____41730
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1732 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second134 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19871] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second3 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1992_______119____41754
_______08____4177
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1999PHP
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20001] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20011] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20021] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2004 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2____420061] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20081] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1511] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2012 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20131] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1879_______08____42016
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2017____420181] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second39____42008 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20231] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20271] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1711] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second411] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1741] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second441] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2038 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17701] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2040 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17701] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20121] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second441] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second182 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second39____42047 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20481] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2047 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20501] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2008 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second441] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2047 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20541] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19171] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____42059_______057____42061
_______057____42063
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second57____420651] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20061] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18551] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20471] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20721] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20381] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1511] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2040 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17701] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20381] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second441] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2038 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17701] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20061] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18551] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20471] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20881] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second19____42093_______057____42095
_______057____42097
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second207 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20061] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18551] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20471] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20721] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2040 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21071] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21081] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20061] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18551] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20471] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21121] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20381] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1511] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1951] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2040 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17701] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20061] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second18551] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20471] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20881] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second81] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second15 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second39____42040 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21281] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20121] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1511] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20271] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second41_______08____4207
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second191] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2027 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2251] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2038_______42143____41742____42145
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20401] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second441] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second461] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21521] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2006 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17701] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21551] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21561] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2157 1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17701] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21591] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second391] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second20061] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second411] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2______420061] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second17421] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21571] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1511] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second01] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second21691] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second2170đầu ra.
1] Initialize both first and second smallest as INT_MAX
first = second = INT_MAX
2] Loop through all the elements.
a] If the current element is smaller than first, then update first
and second.
b] Else if the current element is smaller than second then update
second1Cách tiếp cận tương tự có thể được sử dụng để tìm các phần tử lớn nhất và lớn thứ hai trong một mảng
Thời gian phức tạp. Trên]
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