Open In App

Division in Maths – Definition, Formula, Steps, Divisibility, Examples

Last Updated : 10 Apr, 2024
Like Article

Division in maths is a way of sharing or grouping numbers into equal parts. It helps us understand how many times one number can fit into another. It is a mathematical operation that involves splitting something into equal parts. It is also one of the four basic arithmetic operations, along with addition, subtraction, and multiplication.

Division is the mathematical operation opposite to multiplication. It involves distributing a number into equal portions or sets. When we perform division, we decompose a larger number into smaller units, ensuring that they reconstruct the original number when these units are multiplied together. For instance, dividing 4 by 2 yields 2, because splitting 4 into 2 equal parts results in each part being 2.

In this article, we will learn the division method, its symbol, examples, how to perform division, properties, and applications in detail.

Division in Maths

What is Division in Maths?

The division operation in mathematics is used for finding the smaller group into which a large group of numbers. It is used to the larger group into smaller groups.

Suppose we have 32 chapatis and 8 children to feed then one child gets how many chapatis is found out using division operation as,

32/8 = 4

Thus, each child gets four chapatis, the divisions in maths is very useful for finding the smaller groups of the number and for simplifying the arithmetic problems. Also, It holds significance for class 2 divide as well.

Division Meaning

Division in Maths is defined as the method of repetitive subtraction. The division is also called the opposite method of multiplication.

Suppose we have to find the division of 16 by 4 then 4 is subtracted from 16 four times, 16 – 4 – 4 – 4 – 4 = 0. Thus, the dividing maths is referred to as repetitive subtraction and 16/4 = 4.

Division by Zero

Dividing any number by zero lacks divisional meaning, yielding a result expressed as infinity. For instance, 14/0 = ∞, signifying undefined.

Division Symbol

The symbol used to denote the division is ÷ (obelus) and / (backslash). These symbols are used for division, suppose we have to divide 24 by 6 then this is represented as, 

  • 24/6 = 4
  • 24÷6 = 4

Parts of Division

There are four parts to the division that includes,

  • Dividend
  • Divisor
  • Quotient
  • Remainder

Parts of Division

Parts of Division Process





The number that is to be divided is called the Dividend.



The value of the portion which is taken out is called the Divisor



The number of equal portions in which the dividend is divided is called the Quotient.



The remaining value left is called the remainder.


Division Formula

The equation or the technique used to find the division of the number is called the division formula sometimes also known as division algorithm.

The division algorithm or the division in math formula is,

Dividend = (Divisor × Quotient) + Remainder

This algorithm is used to verify the results of the division process, the division of two numbers yields a quotient and the remainder which when used verified the results of the division.

This can be understood using the following example of division,

Example: Divide math 22 by 3.

22 divided by 3 will give us 7 as the quotient and 1 as the remainder.

Dividend = (Divisor × Quotient) + Remainder

22 = (3 × 7) + 1

22 = 21 + 1

22 = 22

Hence verified.

How To Do Division – Rule

The division of one digit number can be directly performed using the tables of various numbers, such as suppose we have to find the division of 24 by 4 then we know that by the table of 4,

4×6 = 24, thus

24/4 = 6

For two-digit or three-digit numbers division is performed using the steps discussed below, here we use the example of division, 77 divided by 4 to get the steps of division.

Step-by-Step Guide to Division

Here is a stepwise method of doing division in maths.

Step 1: Using the symbol  write the divisor (here 4) on its left side and the dividend (here 77) enclosed under the division symbol(⟌).

Step by Step Guide to Division

Step 2: Starting from the left-hand side take one digit of the dividend at a time and check whether it is smaller or greater than the divisor. If the digit is smaller then take two digits at a time. (here, 7 is greater than 4).

Step 3: Take the multiple of the divisor that is equal to or less than the digits in step 2. (here 4×1 = 4, i.e. less than 7). Write the number in the Quotient.

Division Method Illustration

Step 4: Subtract the multiple of the divisor from the digits in Step 2 and write the remainder and then carry the next digit from the dividend.

If the number is less than the divisor add zero in the quotient and bring the next digit down, repeat this process till the divisor is greater than the number. (here 7 – 4 = 3)

Division Steps

Step 5: Now again find the suitable multiple of the quotient and repeat the above process till the remainder so obtained is less than the divisor.

Division Stepwise Method

Step 6: When the remainder obtained is less than the divisor the Quotient and the remainder so obtained are the result of the division.

Division with Remainders

The number left at the end of the division process is called the remainder of the division and it is not always zero. But it is always less than the divisor. This can be understood by the example discussed below,

Example: 14 ÷ 2

  • Quotient = 7
  • Remainder = 0

Example: 15 ÷ 2

  • Quotient = 7
  • Remainder = 1

Division of Fractions

Fractions can also be easily divided and the divisibility rules for dividing the fractions are different from dividing natural numbers. If we in math divide a fraction from another fraction then the latter is multiplied with the former by taking its reciprocal.

This can be understood as,

a/b ÷ c/d = a/b × d/c

For example, Divide 2/5 by 4/3

= (2/5) ÷ (4/3)

Now, converting “÷” into “×” and taking the reciprocal of the divisor

(2/5) × (3/4)

= 6/20

= 3/10

Thus, the division 2/5 by 4/3 gives 3/10

Division Properties

Some of the most important + properties of the math division operation are,

Property of Division by 1: If we divide any number by 1 then the quotient is the number itself. This can be understood by the example, 23 divided by 1 then the result is 23, thus,

If Divisor = 1, then Dividend = Quotient

Property of Division by 0: If we divide maths any number by 0 then the quotient is undefined as the division of zero is not possible. This can be understood by the example, 23 divided by 0 then the result is undefined, thus,

If Divisor = 0, then Quotient = Undefined (Division is not possible), i.e.

n/0 = Undefined, for any number n (n ≠ 0)

Property of Division by Itself: If we divide any number by itself then the quotient is the 1. This can be understood by the example, 23 divided by 23 then the result is 1, thus,

If Divisor = Dividend then, Quotient = 1

Property of Division of 0 by Any Number: If we divide the sums any number by 0 then the quotient is always 0. This can be understood by the example, 0 divided by 23 then the result is 0, thus,

If Dividend = 0 for any Divisor, Quotient = 0

Property of Division by 10: If we divide any number by 10 then the quotient is the number itself without the one’s digit and the remainder is one’s digit. This can be understood by the example, 237 divided by 10 then the result is 23, and 7 is the remainder, thus,

If Divisor = 10, then Quotient = Dividend without the One’s Digit and Remainder = One’s Digit

Property of Division by a Power of 10: If we divide any number by the Power of 10 then the quotient is the number obtained by removing the digits (from the right-hand side) from the number as there are a number of zeroes or exponent in the divisor. This can be understood by the example, 2376 divided by 100 now here there are two zeroes in the divisor then the result is 23, and 76 is the remainder, thus,

If Divisor = 10n, then Quotient = Dividend without the n digit from last and Remainder = Last n digits of the number.

Division of 2 Digit Number

In division 2 digits we study how to divide a two digit number by one digit number. The same can be studied by the examples added below,

Example: Divide 96 by 4

Using Division Algorithm,

Division of Two Digits

  • Quotient = 24
  • Remainder = 0

Example: Divide 56 by 5.

Using Division Algorithm

Division Algorithm

  • Quotient = 11
  • Remainder = 1

Division of 3 Digit Number

In division 3 digits we study how to divide a three digit number by one digit number. The same can be studied by the examples added below,

Example: Divide 196 by 6

Using Division Algorithm

Division of Three Digits

  • Quotient = 32
  • Remainder = 4

Example: Divide 546 by 5

Using Division Algorithm

Division Algorithm for 3 digits

  • Quotient = 129
  • Remainder = 1

Division Sum

Division sum contains the sums or the problems related to the division. Some example problems of division sums are,

Division Sum Problem 1. If we have to distribute 20 mangoes among 5 boys then each boys gets how many mangoes?


Total mangoes = 20

Number of boys = 5

Each boy gets mangoes = 20/5

= 4 mangoes

Thus, each boys gets 4 mangoes.

Division Sum Problem 2. Krisha has 45 sweets to distribute in his class if there are 15 students in his class then how many sweets each student of the class gets?


Total sweets = 45

Number of students in class = 15

Each student gets sweets = 45/15

= 3 sweets

Thus, each boys gets 3 sweets.

Long Division in Maths

Long division is a method of dividing one number (the dividend) by another number (the divisor) to find the quotient (the result) and, optionally, the remainder.

It is called “long division” because it often involves writing out the division problem with multiple steps and carrying out the division process one digit at a time, working from left to right.

Division Tricks and Divisibility Check

If a number can be divided by a single-digit number without any remainder, it is considered divisible. There are quick methods to determine divisibility without performing the actual division.

Some of the most important tricks of the math division operation, including divisibility, shortcuts of division, and tricks of division, are:

  • Divisible by 2: If a number is even, meaning it ends in 0, 2, 4, 6, or 8. Example: 746 is divisible by 2.
  • Divisible by 3: Sum of its digits is a multiple of 3. Example: 471 is divisible by 3 because 4 + 7 + 1 = 12, and 1 + 2 = 3.
  • Divisible by 4: Last two digits form a multiple of 4. Example: 7,324 is divisible by 4 because 24 is a multiple of 4.
  • Divisible by 5: Last digit is 0 or 5. Example: 285 is divisible by 5.
  • Divisible by 6: Divisible by both 2 and 3. Example: 438 is divisible by 6 because it is even, and the digit sum is a multiple of 3.
  • Divisible by 8: Last three digits form a multiple of 8. Example: 42,976 is divisible by 8 because 976 is a multiple of 8.
  • Divisible by 9: Sum of its digits is a multiple of 9. Example: 7,281 is divisible by 9 because 7 + 2 + 8 + 1 = 18, and 1 + 8 = 9.
  • Divisible by 10: Last digit is 0. Example: 91,420 is divisible by 10.

Division Solved Examples

Here are some solved examples on Division for you help.

Example 1: Divide 45 by 6 and verify using Division Algorithm.


Division Solved Example

  • Dividend = 45
  • Divisor = 6
  • Quotient = 7
  • Remainder = 3

Division Algorithm

Dividend = (Divisor × Quotient) + Remainder

45 = 6 × 7 + 3

45 = 42 + 3

45 = 45

Hence verified.

Example 2: Divide 145 by 9 and verify using Division Algorithm.


Division Algorithm Example Problem

  • Dividend = 145
  • Divisor = 9
  • Quotient = 16
  • Remainder = 1

Division Algorithm

Dividend = (Divisor × Quotient) + Remainder

145 = 9 × 16 + 1

145 = 144 + 1

145 = 145

Hence verified.

Example 3: Divide 48 by 4 and verify using Division Algorithm.


Division Algorithm Example

  • Dividend = 48
  • Divisor = 4
  • Quotient = 12
  • Remainder = 0

Division Algorithm

Dividend = (Divisor × Quotient) + Remainder

48 = 4 × 12 + 0

48 = 48 + 0

48 = 48

Hence verified.

Division Worksheet Class 2 and 3

Here are some practice problems on Division in Maths for you to solve.

Problem 1. If we divide 25 pencils among 5 students. How many pencils will each student receive?

Problem 2. If a farmer has has harvested 368 apples, and he distributes them in 4 baskets. How many apples will be in each basket?

Problem 3. A bakery bakes 72 breads and needs to distribute it among 12 different persons. How many bread each person gets?

Problem 4. In a garden there are 45 different flowers equally distributed in 5 rows then each row has how many flowers?

Articles related to Division


Mathematical Concepts for Beginners

Whole Numbers

Basic Arithmetic Operations

Rational Numbers

Irrational Numbers

Arithmetic Progression

Geometric Progression

Summary – Division in Maths

In conclusion, division is a fundamental mathematical operation that serves as the inverse of multiplication, playing a critical role in both education and daily life. Through the act of dividing, we distribute a larger quantity into smaller, equal parts, allowing for the systematic breakdown and analysis of problems. Whether applied in simple arithmetic to determine equal sharing, or in more complex scenarios involving fractions, decimals, or percentages, division helps us understand patterns, manage resources, and make informed decisions. Its practical applications, from budgeting in personal finances to calculating per-unit costs in business, highlight its importance in fostering mathematical literacy and problem-solving skills. Embracing the concept of division equips individuals with the ability to navigate the myriad quantitative challenges encountered in the real world.

FAQs on Division In Maths

What is Division in Maths?

Division in mathematics is one of the four fundamental operations of mathematics that include, Addition, Subtraction, Multiplication, and Division. The meaning of division is the repetitive process of subtraction. It holds significance for Division for Class 2 as well.

What are the parts of Division?

The parts of the division are:

  • Dividend
  • Divisor
  • Quotient
  • Remainder

What is the Division Symbol?

Division symbol in maths is called obelus which is represented by ÷. Sometimes a backslash written as ‘/’ is also used to represent division in mathematical equations.

What is the Division Algorithm Formula?

Division Algorithm Formula is: Dividend = (Divisor × Quotient) + Remainder

What are types of Division?

There are Two Types of Division that are,

  • Partitive Division: Dividing a number into a known amount of groups.
  • Quotative Division: Dividing a number into a specific quantity.

What is the remainder formula?

Remainder formula is as follows, Remainder = Dividend – (Divisor × Quotient)

What is the value of a number when divided by 0?

When dividing any number by 0, the result is infinity, making the division by 0 undefined.

Similar Reads

Molecular Weight Formula - Definition, Formula, Solved Examples
An atom is the basic building block of matter i.e. everything around us is made of matter. This is the smallest unit into which matter can be divided without the release of any electrically charged particles. This is the smallest unit of matter which has the characteristic properties of a chemical element. The mass of an atom depends on the electro
5 min read
Division of Line Segment in Given Ratio - Constructions | Class 10 Maths
Line is a straight one-dimensional figure that has no thickness. In geometry, a line extends endlessly in both directions. It is described as the shortest distance between any two points. A-line can also be understood as multiple points connected to each other in one specific direction without a gap between them. Line Segment is a part of a line th
4 min read
Second Order Derivatives: Rules , Formula and Examples (Class 12 Maths)
The Second Order Derivative is defined as the derivative of the first derivative of the given function. The first-order derivative at a given point gives us the information about the slope of the tangent at that point or the instantaneous rate of change of a function at that point. Second-Order Derivative gives us the idea of the shape of the graph
10 min read
Level of Significance-Definition, Steps and Examples
Level of significance or Statistical significance is an important terminology used in Statistics. Level of significance is the measurement of the statistical significance. The level of significance explains whether the null hypothesis is accepted or rejected. In this article, we are going to discuss the level of significance in detail. Table of Con
7 min read
Order Of Operations – Definition, Steps, Examples, FAQs
Order of Operations is a collection of mathematical principles that specify the order in which distinct operations of an expression should be performed. The order is as follows: Parentheses FirstThen ExponentsThen Multiplication and Division (from left to right)Lastly Addition and SubtractionIn this article, we will learn about the order of operati
9 min read
Mitosis Cell Division: Definition, Stages and Diagram
Mitosis cell division is the process by which a cell replicates and divides producing two identical daughter cells. Through mitosis, the cell maintains a constant number of chromosomes during cell division. The mitosis cell division occurs in somatic cells. The process of mitosis cell division plays an important role in all living organisms. In ani
8 min read
What is the Division Formula?
Division is one of the top four important arithmetic operations (i.e., Addition, subtraction, multiplication, division). Division operation is used to split the number into equal parts. The symbolic representation for division is '÷' and '/'. a divides by b can be represented as a÷b or a/b. The formula of division is given by- Dividend/Divisor = Qu
2 min read
Mutual Inductance - Definition, Formula, Significance, Examples
The topic of induction was first given by Oersted by discovering that a magnetic field is produced through an electric field. After this, different scientists started to think can the reverse is possible .i.e. can we produce electric current from a magnetic field. Michael Faraday and Joseph Henry simultaneously established that an electric current
7 min read
Doppler Effect - Definition, Formula, Examples
Doppler Effect is an important phenomenon when it comes to waves. This phenomenon has applications in a lot of fields of science. From nature's physical process to planetary motion, this effect comes into play wherever there are waves and the objects are traveling with respect to the wave. In the real world surrounding us, it can be seen when vehic
7 min read
Addition: Definition, Formula, Examples
Addition is defined as the arithmetic operation in which we add one number to another number and obtain a sum. In this article, we will learn methods of addition, examples and applications in detail. Table of Content Addition in MathsAddition FormulaAddition Methods Addition PropertiesAddition Word ProblemsAddition in MathsAddition is defined as th
10 min read
Practice Tags :