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Windows98vs.protoi

Check Even Number

Code
Diff
  • def is_even(n):
    return not(n%2)
    • # is_even = lambda *a: ~a[0] & 1
    • is_even = lambda a: not (a & 1)
    • def is_even(n):
    • return not(n%2)
Windows98vs.Where456

Check Even Number

Code
Diff
  • def is_even(n):
    return not(n%2)
    • is_even=lambda x: ~ x&1
    • def is_even(n):
    • return not(n%2)
Windows98vs.readerboy7

Return 100

Code
Diff
  • def return_hundred(): 
    return 100
    
# with help from wolframalpha
    • import math
    • def return_hundred():
    • return (math.log( 2**3 * 37 * ((5 * 11 * (2**10-5) * 2**15 * 3**4) + 7))/math.pi )**2
    • def return_hundred():
    • return 100
    • # with help from wolframalpha
Windows98vs.k.dmitriy.a@gmail.com

Check Even Number

Code
Diff
  • def is_even(x):
    return abs((x % 2)-1)
    • is_even = lambda x: not x % 2
    • def is_even(x):
    • return abs((x % 2)-1)
Windows98vs.elpidio.neto

This number is even or odd?

Code
Diff
  • def even_or_odd(number):
    l={0:"Even",1:"Odd"}
    return l[number%2]
    • def even_or_odd(number):
    • #good luck
    • l={0:"Even",1:"Odd"}
    • return l[number%2]