python larger or equal
# To test if something is larger or equal use '>='
5 >= 10
# Output:
# Falsepython larger or equal
# To test if something is larger or equal use '>='
5 >= 10
# Output:
# Falsepython math operators
# Below follow the math operators that can be used in python
# ** Exponent
2 ** 3 # Output: 8
# % Modulus/Remaider
22 % 8 # Output: 6
# // Integer division
22 // 8 # Output: 2
# / Division
22 / 8 # Output: 2.75
# * Multiplication
3 * 3 # Output: 9
# - Subtraction
5 - 2 # Output: 3
# + Addition
2 + 2 # Output: 4python comparison operators
# Below follow the comparison operators that can be used in python
# == Equal to
42 == 42 # Output: True
# != Not equal to
'dog' != 'cat' # Output: True
# < Less than
45 < 42 # Output: False
# > Greater Than
45 > 42 # Output: True
# <= Less than or Equal to
40 <= 40 # Output: True
# >= Greater than or Equal to
39 >= 40 # Output: Falsepython mathematical operators
#PYTHON MATHEMATICAL OPERATORS
OPERATOR DESCRIPTION SYNTAX FUNCTION IN-PLACE METHOD
+ Addition a + b add(a, b) __add__(self, other)
– Subtraction a - b sub(a, b) __sub__(self, other)
* Multiplication a * b mul(a, b) __mul__(self, other)
/ True Division a / b truediv(a, b) __truediv__(self, other)
// Floor Division a // b floordiv(a, b) __floordiv__(self, other)
% Modulo a % b mod(a, b) __mod__(self, other)
** Power a ** b pow(a, b) __pow__(self, other)
#PYTHON RELATIONAL OPERATORS
OPERATOR DESCRIPTION SYNTAX FUNCTION IN-PLACE METHOD
> Greater than a > b gt(a, b) __gt__(self, other)
>= Greater or equal to a >= b ge(a, b) __ge__(self, other)
< Less than a < b lt(a, b) __lt__(self, other)
<= Less or equal to a <= b le(a, b) __le__(self, other)
== Equal to a == b eq(a, b) __eq__(self, other)
!= Not equal to a != b ne(a, b) __ne__(self, other)
#PYTHON BITWISE OPERATORS
OPERATOR DESCRIPTION SYNTAX FUNCTION IN-PLACE METHOD
& Bitwise AND a & b and_(a, b) __and__(self, other)
| Bitwise OR a | b or_(a,b) __or__(self, other)
^ Bitwise XOR a ^ b xor(a, b) __xor__(self, other)
~ Bitwise NOT ~ a invert(a) __invert__(self)
>> Bitwise R shift a >> b rshift(a, b) __irshift__(self, other)
<< Bitwise L shift a << b lshift(a, b) __lshift__(self, other)and in python
#And opreator in python
a = 12
b = 56
print(a and b * 12)Copyright © 2021 Codeinu
Forgot your account's password or having trouble logging into your Account? Don't worry, we'll help you to get back your account. Enter your email address and we'll send you a recovery link to reset your password. If you are experiencing problems resetting your password contact us
