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Understanding the Division Statement in Maths

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What Is a Division Statement Definition Formula and Examples

Here in this topic, we are going to learn to solve simple division problems. Dividing can be understood by distribution. In simple words, division means breaking large numbers into small numbers of equal parts. In other words, it can be understood by finding how many times a number is of another number. After studying this topic you will be able to know about basic division problems and how to solve a division problem. Let us get deeper into the pool of big numbers and break the numbers into smaller ones.


Parts of the Division Statement

The division has four parts. The first part is the number that is to be divided. This number is called Dividend. The second part is the number which will divide the dividend is called the divisor. The third part is the main answer which we will get by dividing the number. It is called a quotient. And the fourth part is called a remainder, which we get if the divisor can not divide the dividend completely.

Parts of the division statement


Parts of the division statement


Here in the image, 11 is the number that is to be divided so it is a dividend. 2 is the number that will divide the dividend 11, so it is the divisor. The main answer is the quotient. Here 5 is the quotient and the divisor could not divide the dividend completely, so here remainder is 1. A detailed explanation will be given later. In this section, just the name of parts of the division are given.


Formula of Division

To divide a number you have to remember a simple formula which is given below.


Formula of division


Formula of division


How to Solve a Division Problem?

Now we know the basic terminology of division and the formula of division. Now we will understand how to solve a division problem. For this, we will have to see how many times the divisor is of the dividend. In other languages, you just need to recall the table of divisors till you get the dividend or value less than it. Its value should not be greater than the dividend. Now you minus the dividend and the value you get. If the value after subtraction is 0, this means the divisor could divide the dividend completely. Otherwise, you have to repeat the process until the remainder is less than the divisor.


Division process


Division process


Properties of Division

There are mainly 4 properties of division, which are given below :

  • When zero is divided by a number the quotient is zero.

Example: $0 \div 5=0$

  • If we divide any number by one, the quotient is the number itself.

Example: $7 \div 1=7$

  • If we divide a non zero number by itself, the quotient is one.

Example: $8+8=1$

  • Division of a number by zero is not possible.


Solved Basic Division Problems

Q 1: Divide 8 by 4.

Ans. We have 8 as a dividend and 4 as a divisor. To solve this first we will have to make sure that the divisor should be less than the dividend. If this is the case next we will have to recall the table of 4 till we get 8. So 2 times 4 is 8. So here the answer that is quotient will be 2. And because the divisor that is 4 could divide the dividend that is 8 completely so the remainder will be 0.


Thus the quotient and remainder of the basic division problem are 2 and 0 respectively.


Basic division problem


Basic division problem


Example 2: Divide 140 by 6.

Ans. As we can see the dividend is a large number in comparison to the previous example. We will take one value at a time for the dividend to be divided. We will take 1. We can see that 1 is smaller than 6.


But we have seen earlier that the divisor should be smaller than the dividend. So we will take the next digit of the dividend with it. In this way, we get 14, which is larger than 6. So we will recall the table of 6 till we get 14 or some number less than it, but it should not be greater than 14. So it will be 2 times 6.


Now we are subtracting 14 - 12, it will be 2 and 0 will now be get together with it. So, now $6 \div 20$.

So, if 6 multiplied by 3 we get 18, so now again on solvinhg it. We get 2 as remainder in the end. And now it can’t be divided anymore.


Thus the quotient and remainder of the basic division problem are 23 and 2 respectively.


Division of 140 by 6


Division of 140 by 6


Simple Division Problems for Practice

Q 1. Evaluate $625 \div 5$.

Ans. 125


Q 2. Solve $999 \div 9$.

Ans. 111


Q 3. What is $96 \div 6$?

Ans. 16


Summary

Now we know that division is the distribution of equal parts. To some extent division is related to multiplication, as division is the opposite of multiplication. In this article, we have learned how to solve division problems by understanding the concept of division statements, simple division problems, and basic division problems. You need to just practice as much as you can. We have studied the basic division problems with examples for solving them in detail. If you have any doubts you just need to read the “detailed explanation” of the division again to get a better understanding. Now you are ready to break the big numbers into small numbers in equal parts.

FAQs on Understanding the Division Statement in Maths

1. What is a division statement in maths?

A division statement is a mathematical sentence that shows how a number is divided into equal parts using the division symbol (÷ or /). It expresses the relationship between four numbers: dividend, divisor, quotient, and sometimes remainder.

  • Dividend → number being divided
  • Divisor → number you divide by
  • Quotient → result of division
  • Remainder → amount left over (if any)
Example: In 20 ÷ 4 = 5, 20 is the dividend, 4 is the divisor, and 5 is the quotient.

2. What are the parts of a division statement?

The four main parts of a division statement are dividend, divisor, quotient, and remainder. These parts are connected by the division operation.

  • Dividend: Number being divided
  • Divisor: Number dividing the dividend
  • Quotient: Answer obtained
  • Remainder: Leftover value (if division is not exact)
Example: In 17 ÷ 5 = 3 R2, 17 is the dividend, 5 is the divisor, 3 is the quotient, and 2 is the remainder.

3. How do you write a division statement?

To write a division statement, place the dividend first, followed by the division symbol (÷), the divisor, and then the quotient. The standard format is:

  • Dividend ÷ Divisor = Quotient
Example: If 24 is divided by 6, the division statement is 24 ÷ 6 = 4.

4. What is an example of a division statement?

An example of a division statement is 36 ÷ 9 = 4. This means 36 is divided into 9 equal groups, giving 4 in each group.

  • Dividend = 36
  • Divisor = 9
  • Quotient = 4
This is an example of exact division because there is no remainder.

5. How do you write a division statement with a remainder?

A division statement with a remainder is written by adding R followed by the leftover number after the quotient. The format is:

  • Dividend ÷ Divisor = Quotient R Remainder
Example: 19 ÷ 4 = 4 R3 because 4 × 4 = 16 and 19 − 16 = 3.

6. What is the formula for division?

The basic division formula is Dividend = Divisor × Quotient + Remainder. This formula verifies whether a division statement is correct.

  • Example: 23 ÷ 5 = 4 R3
  • Check: 5 × 4 + 3 = 20 + 3 = 23
If the equation balances, the division statement is correct.

7. How is division related to multiplication?

Division is the inverse operation of multiplication. This means division “undoes” multiplication.

  • If 6 × 7 = 42, then
  • 42 ÷ 7 = 6
  • 42 ÷ 6 = 7
Understanding this relationship helps in solving division statements quickly using multiplication facts.

8. What is the difference between a division statement and a fraction?

A division statement shows division using ÷ or /, while a fraction represents division in numerator-over-denominator form. Both mean the same mathematical operation.

  • Division statement: 12 ÷ 3 = 4
  • Fraction form: 12/3 = 4
A fraction is another way of writing a division expression.

9. What are common mistakes in writing a division statement?

Common mistakes in a division statement include reversing numbers or forgetting the remainder.

  • Switching dividend and divisor (e.g., writing 5 ÷ 20 instead of 20 ÷ 5)
  • Ignoring the remainder in non-exact division
  • Incorrect multiplication check
Always verify using the formula Dividend = Divisor × Quotient + Remainder.

10. How do you check if a division statement is correct?

You check a division statement by multiplying the divisor by the quotient and adding the remainder. The result must equal the dividend.

  • Example: 28 ÷ 6 = 4 R4
  • Check: 6 × 4 + 4 = 24 + 4 = 28
If both sides match, the division statement is correct.