Operators in Python used to make a lot of operations on different values and variables like Arithmetic operations(Addition, Subtraction, etc.), Logical operations(AND, OR, etc.), and a lot of other operations.

**Table of Contents:**

- Arithmetic Operators
- Comparison, or Relational Operators
- Logical Operators
- Bitwise Operators
- Assignment Operators

## Arithmetic Operators

These operators are mainly used in performing different mathematical operations(Addition, Subtraction, Multiplication, Division, and some more).

### The “+” operator

This allows us to add two variables or more and give us the summed value of these variables. Let’s see the following example:

#### Code:

a = 5 b = 10 c = a + b print(c)

#### Output:

15

#### Explanation:

Simply the variable c has the summed value of the variables a & b after adding them.

### The “-” operator

This allows us to subtract two or more variables and gives us the result of this operation. Let’s see the following example:

#### Code:

a = 5 b = 10 c = b - a print(c)

#### Output:

5

#### Explanation:

Same as in the Addition operation the variable c holds the subtracted value of the variables b & a after subtracting them.

### The “*” operator

This one is used in multiplying several variables or values together. Let’s check the following example:

#### Code:

a = 5 b = 10 c = a * b * 3 print(c)

#### Output:

150

#### Explanation:

You can see here that this operator helped us multiplying the variables a & b and the value 3 together.

### The “/” & “//” operators

Both operators perform the same operation which is dividing variables and values, but the double backslash rounds the result to the smaller whole number(floor). Let’s explain this by an example:

#### Code:

a = 5 a = 5 b = 11 c = b / a d = b // a print(d)

#### Output:

2.2

2

#### Explanation:

As you can see both operators performed the same operation(division), however, the double backslash operator rounded the number to the floor value which in this example is 2.

### The “%” operator

This operator helps us find the remainder of dividing two variables or values together. Let’s see the following example:

#### Code:

a = 6 b = 12 c = 13 d = b % a e = c % a print(d) print(e)

#### Output:

0

1

#### Explanation:

As you can see the result of d is equal to zero because there is no remainder when you divide 12 by 6, however, the result of d is equal to one as this is the remainder when you divide 13 by 6.

### The “**” operator

This operator helps us perform the power operation, it returns the first variable raised to the power of the second variable. Let’s see the following example:

#### Code:

a = 2 b = 3 c = a ** b print(c)

#### Output:

## Comparison, or Relational Operators

These kinds of operators help us to compare operands and values. They always return True or False, depending on the condition.

### The “>” operator

The greater than the operator and it returns True if and only if the left value or operand is greater than the right one. Let’s see an example:

#### Code:

a = 2 b = 3 c = 4 print( c > b) print( a > b)

#### Output:

True

False

#### Explanation:

As you can see when the condition is satisfied in the first comparison the output was True, on the other hand when the left operand was less than the right one it returned False.

### The “<” operator

The less than an operator and it only returns True if the left value is less than the right value. Let’s see an example:

#### Code:

a = 2 b = 3 c = 4 print( b < c) print( b < a)

#### Output:

~~True~~

False

### The “==” & “!=” operators

The “==” is the Equal to the operator and it only returns True if both values are equal. On the contrary the “!=” is the Not Equal to the operator and it only returns True if both values are not equal. Let’s see an example:

#### Code:

a = 2 b = 2 c = 4 print(a == b) print(a == c) print(a != c) print(a != b)

#### Output:

True

False

True

False

#### Explanation:

As you can see the “==” operator only returns True when both operands are equal and false otherwise. And the opposite with the “!=” operator.

### The “ >=” operator

This one only returns True if the left operand is equal to or greater than the right one. Let’s see an example:

#### Code:

a = 2 b = 2 c = 4 print(a >= b) print(a >= c)

#### Output:

True

False

### The “<=” operator

It only returns True if the left operand is less than or equal to the right one. Let’s see an example:

#### Code:

a = 2 b = 3 c = 4 print(a <= b) print(c <= a)

#### Output:

True

False

## Logical Operators

These operators are used to compare two or more conditions within a statement.

### The “and” operator

Same as the logical AND, it only returns True if the two operands are True. Let’s see an example:

#### Code:

a = 10 b = 12 c = 15 print( a < b and c > b) print ( a > b and c > b)

#### Output:

True

False

#### Explanation:

The first print statement returns True because both conditions of the and are True. But the second print statement returns False because the first condition is False as the value of a is not greater than b.

### The “or” operator

Not like the and operator, the or operator is like the logical OR so only one condition needs to be True. Let’s see an example:

#### Code:

a = 10 b = 12 c = 15 print ( a > b or c > b)

#### Output:

True

#### Explanation:

However the first condition is not true but the second one is, you can find the print statement returned True as the second condition is still True.

### The “not” operator

This operator is used to change the returned value, if it’s True it will return False and vice versa. Let’s see an example:

#### Code:

a = 10 b = 12 c = 15 print (not( a < b and c > b))

#### Output:

False

#### Explanation:

However the and operation should return True in this case, but after we put not before it so the returned value is now False.

## Bitwise Operators

These operators are used to perform operations and comparisons on binary numbers.

### The “&” operator

The AND operator which returns 1 if the two operand bits are 1, otherwise it returns 0. Let’s see an example:

#### Code:

a = 5 #binary = 0101 b = 8 #binary = 1000 print (a & b)

#### Output:

0

### The “|” operator

The OR operator which returns 1 if any of the two operand bits is 1. Let’s see an example:

#### Code:

a = 0 #binary = 0000 b = 15 #binary = 1111 print (a | b)

#### Output:

15

### The “^” operator

The XOR operator is unlike the OR, as one of the two operand bits has to be 1 so it returns 1. Let’s see an example:

#### Code:

a = 5 #binary = 0101 b = 15 #binary = 1111 print (a ^ b)

#### Output:

10

#### Explanation:

As you can see it returned 10 which is equal to 1010 in binary.

### The “<<” operator

The binary left shift operator where the bits of the left operand moves in the left direction by the number specified in the right operand. Let’s see an example:

#### Code:

a = 2 # binary = 0010 print (a << 2)

#### Output:

8

#### Explanation:

Simply the bits are shifted twice to the left, and it returns 8 which has the binary value 1000.

### The “>>” operator

The binary right shift operator where the bits of the left operand moves in the right direction by the number specified in the right operand. Let’s see an example:

#### Code:

a = 8 # binary = 1000 print (a >> 2)

#### Output:

2

#### Explanation:

Simply the bits are shifted twice to the right, and it returns 2 which has the binary value 0010.

## Assignment Operators

These kinds of operators are used to perform two operations at the same time like subtraction, addition, division, and then assigning the results of these operations to a variable.

### The “=” operator

This is used to assign the right operand or value to the left operand. Let’s see an example:

#### Code:

a = 5 print(a) a = 8 print(a)

#### Output:

5

8

### The “+=” operator

This is used to add the right operand to the left one and assigns the summed value to the left operand. Let’s see an example:

#### Code:

a = 5 a+=3 print(a)

#### Output:

8

### The “-=” operator

This is used to subtract the second operand from the left one and assigns the subtracted value to the left operand. Let’s see an example:

#### Code:

a = 5 a-=3 print(a)

#### Output:

2

### The “*=” operator

This operator is used to multiply the left and right operands and assigns the result to the left operand. Let’s see an example.

#### Code:

a = 5 a*=3 print(a)

#### Output:

15

### The “/=” operator

It’s used to divide the left operand by the right one and assigns the result to the left operand. Let’s see an example:

#### Code:

a = 15 a/=3 print(a)

#### Output:

5.0

### The “%=” operator

This is used to calculate the remainder of a dividing left operand by the right one and assigns the remainder to the left operand. Let’s see an example:

#### Code:

a = 15 a%=2 print(a)

#### Output:

1

### The “**=” operator

It’s used to perform the power operation between the two operands and assigns the value to the left operand. Let’s see an example:

#### Code:

a = 2 a**=3 print(a)

#### Output:

8

### The “&=” operator

This operator performs Bitwise AND operation between two operands and assigns the result to the left operand. Let’s see an example:

#### Code:

a = 5 #binary = 0101 b = 8 #binary = 1000 a&=b print(a)

#### Output:

0

### The “|=” operator

It’s used to perform Bitwise OR operation between two operands and assigns the result to the left operand. Let’s see an example:

#### Code:

a = 0 #binary = 0000 b = 15 #binary = 1111 a|=b print(a)

#### Output:

15

### The ”^=” operator

This operator performs a Bitwise XOR operation between two operands and assigns the result to the left operand. Let’s see an example:

#### Code:

a = 5 #binary = 0101 b = 15 #binary = 1111 a^=b print(a)

#### Output:

10

### The “<<=” operator

This operator makes a Bitwise left shift on the left operand by the value of the right operand and assigns the result to the left operand. Let’s see an example:

#### Code:

a = 2 # binary = 0010 a<<=2 print(a)

#### Output:

8

### The “>>=” operator

This operator makes a Bitwise right shift on the left operand by the value of the right operand and assigns the result to the left operand. Let’s see an example:

#### Code:

a = 8 # binary = 1000 a>>=2 print(a)

#### Output:

2