PYTHON

python operators

#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 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 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)

logical operators python

#Python (Basic) Logical Operators
------------------------------------------
OPERATOR  |  SYNTAX  |
----------------------
   and    |  a and b |
----------------------
#Example-----------------------------------
 if condition1 and condition2 and condition3:
 all_conditions_met == true
else:
 all_conditions_met == false
------------------------------------------
OPERATOR  |  SYNTAX  |
----------------------
   or	  |  a or b |
----------------------
#Example
if condition1 or condition2 or condition3:
 any_condition_met == true
else:
 any_condition_met == false

------------------------------------------
OPERATOR  |  SYNTAX  |
----------------------
   not	  |  not a |
----------------------
if not equal_to_condition:
 equal_to_condition == false
else:
 equal_to_condition == true

python operators

# --------------------------
# -- Arithmetic Operators --
# --------------------------
# [+] Addition
# [-] Subtraction
# [*] Multiplication
# [/] Division
# [%] Modulus
# [**] Exponent
# [//] Floor Division
# --------------------------

# Addition

print(10 + 30)  # 40
print(-10 + 20)  # 10
print(1 + 2.66)  # 3.66
print(1.2 + 1.2)  # 2.4

# Subtraction

print(60 - 30)  # 30
print(-30 - 20)  # -50
print(-30 - -20)  # -10
print(5.66 - 3.44)  # 2.22

# Multiplication

print(10 * 3)  # 30
print(5 + 10 * 100)  # 1005
print((5 + 10) * 100)  # 1500

# Division

print(100 / 20)  # 5.0
print(int(100 / 20))  # 5

# Modulus

print(8 % 2)  # 0
print(9 % 2)  # 1
print(20 % 5)  # 0
print(22 % 5)  # 2

# Exponent

print(2 ** 5)  # 32
print(2 * 2 * 2 * 2 * 2)  # 32
print(5 ** 4)  # 625
print(5 * 5 * 5 * 5)  # 625

# Floor Division

print(100 // 20)  # 5
print(119 // 20)  # 5
print(120 // 20)  # 6
print(140 // 20)  # 7
print(142 // 20)  # 7

python logical operators

not 
and 
or

|= operator python

>>> s1 = {"a", "b", "c"}
>>> s2 = {"d", "e", "f"}

>>> # OR, | 
>>> s1 | s2
{'a', 'b', 'c', 'd', 'e', 'f'}
>>> s1                                                     # `s1` is unchanged
{'a', 'b', 'c'}

>>> # In-place OR, |=
>>> s1 |= s2
>>> s1                                                     # `s1` is reassigned
{'a', 'b', 'c', 'd', 'e', 'f'}

operators in python

a = 3
b = 4

# Arithmetic Operators
print("The value of 3+4 is ", 3+4)
print("The value of 3-4 is ", 3-4)
print("The value of 3*4 is ", 3*4)
print("The value of 3/4 is ", 3/4)

# Assignment Operators
a = 34
a -= 12
a *= 12
a /= 12
print(a)

# Comparison Operators
# b = (14<=7)
# b = (14>=7)
# b = (14<7)
# b = (14>7)
# b = (14==7)
b = (14!=7)
print(b)

# Logical Operators
bool1 = True
bool2 = False
print("The value of bool1 and bool2 is", (bool1 and bool2))
print("The value of bool1 or bool2 is", (bool1 or bool2))
print("The value of not bool2 is", (not bool2))

Or Operator In Python

if 1==1 or 1==2:
    print("this is true")
#this is distinct from the || seen in some other languages

python logical operators code

children_above_five= True
have_good_health= True
if children_above_five and have_good_health:
    print("Eligible to get admission in Primary school.")
children_above_five= True
have_good_health= False
if children_above_five or have_good_health:
    print("Eligible to get admission in Primary school.")
children_above_five= True
have_good_health= False
if children_above_five and not have_good_health:
    print("Eligible to get admission in Primary school.")

using in as a logical operator in python

fruit = 'banana'
print('n' in fruit)     # Output: True
print('m' in fruit)     # Output: False
print('nan' in fruit)   # Output: True
if 'b' in fruit:
    print('Found it')   # Output: Found it

python operators

5 + 4 + 8 + 565 + 454.0 + 9 + 2 + 11 + 3 + 20 + 45 + 67