Math Operators

C

// Addition
a + b;

// Subtraction
a – b;

// Multiplication
a * b;

// Division & Floor Division
a / b; // If both are Integers, result will be a Integer
a / b * 1.0; // If you want an float result, you can multiply one of them to 1.0
(float) a / b; // Or, you can also use a simple type cast

// Exponent
// Not Available
// Use math.h library

// Modulus
a % b; // It returns the "remainder" after the division (modulo division)

C++

// Addition
a + b;

// Subtraction
a – b;

// Multiplication
a * b;

// Division & Floor Division
a / b; // If both are Integers, result will be a Integer
a / b * 1.0; // If you want an float result, you can multiply one of them to 1.0
static_cast<float>(a) / b; // Or, you can also use a C++ static cast

// Exponent
// Not Available

// Modulus
a % b; // It returns the "remainder" after the division (modulo division)

C#

// Addition
a + b;

// Subtraction
a – b;

// Multiplication
a * b;

// Division & Floor Division
a / b; // If both are Integers, result will be a Integer
a / b * 1.0; // If you want an float result, you can multiply one of them to 1.0
(float) a / b; // Or, you can also use a simple type cast

// Exponent
// Not Available

// Modulus
a % b; // It returns the "remainder" after the division (modulo division)

Java

// Addition
a + b;

// Subtraction
a – b;

// Multiplication
a * b;

// Division & Floor Division
a / b; // If both are Integers, result will be a Integer
a / b * 1.0; // If you want an float result, you can multiply one of them to 1.0
(float) a / b; // Or, you can also use a simple type cast

// Exponent
// Not Available

// Modulus
a % b; // It returns the "remainder" after the division (modulo division)

Rust

// Addition
let result = 10 + 5;

// Subtraction
let result = 10 - 5;

// Multiplication
let result = 10 * 5;

// Division
let result = 10 / 5;

// Exponent
let result = i32::pow(10, 2);
let result = f64::powf(10.0, 2.0);

// Modulus
let result = 10 % 3;

Go

// Addition
result := 10 + 5

// Subtraction
result := 10 - 5

// Multiplication
result := 10 * 5

// Division
result := 10 / 5

// Exponent
result := math.Pow(10, 2)

// Modulus
result := 10 % 3

Javascript

// Addition
let result = 10 + 5;

// Subtraction
let result = 10 - 5;

// Multiplication
let result = 10 * 5;

// Division
let result = 10 / 5;

// Exponent
let result = 10 ** 2;
let result = Math.pow(10, 2);

// Modulus
let result = 10 % 3;

Typescript

// Addition
let result: number = 10 + 5;

// Subtraction
let result: number = 10 - 5;

// Multiplication
let result: number = 10 * 5;

// Division
let result: number = 10 / 5;

// Exponent
let result: number = 10 ** 2;
let result: number = Math.pow(10, 2);

// Modulus
let result: number = 10 % 3;

Python

# Addition
a + b

# Subtraction
a – b

# Multiplication
a * b

# Division
a / b # Result will be a Float

#Floor Division
a // b # Result will be a Integer

# Exponent
a ** b

# Modulus
a % b # It returns the "remainder" after the division (modulo division)