Multiple of 9
A multiple is defined as a number obtained by multiplying a number by an integer. The multiples of a whole number are received by calculating the product of any of the counting numbers and that of the whole numbers. For example, to find the multiples of 9, we will multiply 9 by 1, 9 by 2, 9 by 3, etc. The multiples are the product of this multiplication. Any number that can be represented as in the form of 9n, where n is considered as an integer and a multiple of 9.
What is A Common Multiple?
A common multiple is defined as a number that is a multiple of two or more numbers in a given set. Let us understand through an example.
Let us take two numbers 15 and 30
Common multiples of 15 are 14,30,45,60,75,90
Common multiples of 30 are 30, 60, 90, 120,150,180
Here, we can see 30 and 60 are the first two common multiples of 15 and 30.
What is a Factor?
A number will only be considered as a factor of any other second number if it divides the second number completely without leaving any remainder. In other words, if a number( dividend) is completely divisible by any other number ( divisor) then the divisor is said to be a factor of that dividend.
For example, 9 is a factor of 27 i.e. 9 divides 27 exactly giving quotient as 3 and leaving zero as remainder.
How to Find Multiples Using Multiplication?
We can find multiples by multiplying the number with any integer.
How to Find Multiple Using Division?
As we know, both multiplication and division are inverse operations. It implies both are linked with each other. We can find out using division whether a given number is multiple of another number or not.
Some of The Examples Are Mentioned Below:

27÷ 9 = 3, so 27 can be divided evenly by 9 and is also a multiple of 9. Since, 3 * 9= 27.

18 ÷ 2 = 9, s0 18 can be divided by 3 and is also a multiple of 3. Since, 9 * 2= 18
Some of the multiples of 9 are
All the numbers that can be easily divided by the number 9 or a product of 9 are considered as the multiple of 9. The multiple is also known as factors and it relies on their usage in the equation also.
What is a multiple of 9?
Any number that can be represented as in the form of 9n, where n is considered as an integer and a multiple of 9. So, if two values x and y are there, we can say that y is a multiple of x if y = nx for some integer n.
For example, 90, 72, 27, and 900 are all multiples of 9
These values are known as multiple as we received these values by adding and subtracting the original value several times.
List of the multiples of 9
Solved Examples
1. We say that these numbers are multiples of 7. Play the game by changing the number to 8. Now, which number did you replace with ‘Teddy’? These numbers are multiples of 8. Write any 10 multiples of 9.
Solution: The numbers that are replaced with’ teddy ‘are 8, 16,24, 32, 40, 48, 56, 64, 72, 80.
Ten multiples of 9 are:
9, 18, 27, 36, 45, 54, 63, 72, 81, 90
2. Write any 6 multiples of each of the following:
1. 15
2. 11
3. 12
4. 13
Solution:
1. The six multiples of 15 are 15,30,45,60,75,90
2. The six multiples of 11 are – 11, 22, 33, 44, 55, 66
3. The six multiples of 12 are 12,24,36,48,60,72
4. The six multiples of 13 are 13, 26, 39, 52, 65, 78
Quiz Time
1. What are the multiples of a 16 between 40 and 90/

48,64,80

44,64,80

42,66,86

46,68,88
2. Which one of the following is a multiple of 2 but not a factor of 8?

2

8

4

6
3. What is the seventh multiple of 9 ?

81

56

45

63
1. Can factors, division, integers are negative numbers be multiple?
Multiple of a number is defined as a number that is received by multiplying the given number with another integer.
All the numbers have multiples, if they can be multiplied by any number, they include their own times’ table. Also where there are multiples, there is a factor because each integer is considered as both a factor and multiple of itself.
Yes, factors, division, integers, and negative numbers can be considered as the multiples of a number because it is the most important Mathematical operation after addition and subtraction. Also, the multiplication of a natural number certainly provides a similar result as an addition so it is possible for all of these to be a multiple of any given number.