Python_Programming/FloorDivision.py at master · shyed2001/Python_Programming · GitHub

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A=14
B=40

print(""" IF input is A=14 and B=40 then,
 modolous // and remainder % is
 //	Floor division - division that results into whole number adjusted
 to the left in the number line	x // y
 """)
print("print(A/B) = " , A/B)
print("print(A//B) = " , A//B)
print("print(A%B) = " , (A%B))
print('''A=-14
B=40
''')
A=-14
B=40
print("print(A/B) = " , A/B)
print("print(A//B) = " , A//B)
print("print(A%B) = " , (A%B))
print('''
A=14
B=-40
''')
A=14
B=-40
print("print(A/B) = " , A/B)
print("print(A//B) = " , A//B)
print("print(A%B) = " , (A%B))
print('''
A=-14
B=-40
''')
A=-14
B=-40
print("print(A/B) = " , A/B)
print("print(A//B) = " , A//B)
print("print(A%B) = " , (A%B))
print('''
%	Modulus - remainder of the division of left operand by the right
	x % y (remainder of x/y)
//	Floor division - division that results into whole number adjusted
 to the left in the number line	x // y
''')

print(("print(-12//12) =") + str(-12//12))
print(("print(12%11) =") + str(12%11))
print(("print(-12%11) =") + str(-12%11))
print(12%11)
print(-12%11)

print('''
from math import *
a=-6
b=4
print("floor(a/b) = ", floor(a/b))
print(-6//4)
print(-6%4)

print(a - b * floor(a/b))

a=24
b=7
print(divmod(a, b))
print(a/ b)
print(a// b)
print(a% b)
''')
from math import *
a=-6
b=4
print("floor(a/b) = ", floor(a/b))
print("-6//4 = " , -6//4)
print("-6%4 = " , -6%4)
print("(a - b * floor(a/b)) = " , a - b * floor(a/b))
a=24
b=7
print(" divmod(a, b)= " ,divmod(a, b))
print(a/ b)
print(a// b)
print(a% b)
print('''

''')
print(("10**3")+ "=" + str(10**3))

print((" Quotient of " ) + ( " 10//3 ")+ " = " + str(10//3))

print((" Remainder of " ) + ( " 10%3 " )+ " = " + str(10%3))