Python 3.7.0 (v3.7.0:1bf9cc5093, Jun 27 2018, 04:59:51) [MSC v.1914 64 bit (AMD64)] on win32
Type "copyright", "credits" or "license()" for more information.
>>> from random import randrange
>>> randrange(1, 101)
99
>>> randrange(1, 101)
71
>>> randrange(1, 101)
67
>>> randrange(1, 101)
59
>>> from random import random
>>> random()
0.14257189975428808
>>> random()
0.6288419512719052
>>> random()
0.1809694149882931
>>> random()
0.5291575420260192
>>> random()
0.6733136195100066
>>> randrange(1, 7)
3
>>> randrange(1, 7)
6
>>> randrange(1, 7)
4
>>> randrange(1, 7)
1
>>> def twodice():
	first = randrange(1, 7)
	second = randrange(1, 7)
	return a, b

>>> def twodice():
	first = randrange(1, 7)
	second = randrange(1, 7)
	return first, second

>>> twodice()
(5, 3)
>>> twodice()
(3, 2)
>>> twodice()
(5, 5)
>>> twodice()
(4, 5)
>>> twodice()
(6, 4)
>>> twodice()
(5, 4)
>>> def suit():
	suits = ["Clubs", "Diamonds", "Hearts", "Spades"]
	return(suits[randrange(0, 4)])

>>> suit()
'Spades'
>>> suit()
'Hearts'
>>> suit()
'Diamonds'
>>> suit()
'Diamonds'
>>> suit()
'Diamonds'
>>> suit()
'Spades'
>>> suit()
'Spades'
>>> random() < .2
False
>>> random()< .2
True
>>> random()< .2
False
>>> random()< .2
False
>>> random()< .2
False
>>> random()< .2
False
>>> random()< .2
True
>>> random()< .2
True
>>> random()< .2
False
>>> random()< .2
False
>>> random()< .2
False
>>> random()< .2
False
>>> random()< .2
False
>>> random()< .2
False
>>> random()< .2
False
>>> def probTrue(p):
	return random() < p

>>> probTrue(.75)
True
>>> probTrue(.75)
False
>>> probTrue(.75)
True
>>> probTrue(.75)
True
>>> probTrue(.75)
False
>>> probTrue(.75)
False
>>> probTrue(.75)
True
>>> probTrue(.75)
True
>>> probTrue(.75)
True
>>> probTrue(.75)
True
>>> probTrue(.75)
True
>>> probTrue(.75)
True
>>> probTrue(.75)
False
>>> probTrue(.75)
True
>>> probTrue(.75)
True
>>> probTrue(.75)
False
>>> winsA = 12
>>> n =50
>>> print("Wins for A: {0}({1:0.1%})".format(winsA, winsA/n))
Wins for A: 12(24.0%)
>>>