Factors of 176 | How to Find the Factors of 176 🔢
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Last updated on December 2nd, 2024

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Factors Of 176

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In mathematics, there are lots of numbers that when divided by other numbers leave no remainder, these numbers are called factors. We use it in our vehicles mileage and money handling. Now, we’ll learn what factors are and factors of 176 let us now see.

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Factors Of 176

We can tell if a number has more than 2 factors just by seeing if a number is a prime number or not. As none of the even numbers except 2 are prime numbers, we can tell that 176 has more than 2 factors. Let us find what the factors are.


Negative factors of 176: -1, -2, -4, -8, -11, -16, -22, -44, -88, and -176.


Prime factors of 176: The prime factors of 176 are 2 and 11.


Prime factorization of 176: 2 × 2 × 2 × 2 × 11. 


The sum of factors of 176: 1 + 2 +4 + 8 + 11 + 16 + 22 + 44 + 88 + 176 = 372

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How to find the factors of 176

Children use multiple ways to find factors of a number. Let us look at some ways we can use to find the factors of 176.

 

  • Multiplication Method

 

  • Division Method

 

  • Prime Factor and Prime Factorization
     
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Finding The Factors Of 176 Using Multiplication

In the multiplication method, we find pairs of numbers where the product will be 169. In this process, possible steps will be - 


Step 1: Find all those numbers whose product will be 176.


Step 2: These numbers will be called the factors of 176.


Step 3: Students have to write these pairs of numbers for this method.


List of numbers whose product is 176


176×1= 176


88×2= 176


44×4= 176


22×8= 176


16×11= 176


So the pair of numbers whose product is 176 are (1,176), (88,2), (44,4), (22,8)  and (16,11).
 

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Finding Factors Using Division Method

For the division method, the process of division will go on until the remainder becomes zero.



Step 1: For the division method, always try the smallest number to start with. It is advisable to start dividing the number by 1, then both the number and 1 will be its factors. Example: 176÷1 = 176.


Step 2: Then check with the next number to see whether the number is divided completely without any remainder. Both divisor and quotient are the factors. Example: 176÷2= 88 and so on.
 

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Prime Factorization And Prime Factors

Prime factorization is the process where the number will be a product of prime factors or prime numbers.


Prime Factors Of 176: The prime factors of 176 are 2 and 11. We find the prime factors of 176 by two ways.


Prime Factorization:  Here we will divide the numbers by the smallest prime number. Till we completely divide the given number. For 176, the steps are like this:


176/2= 88


88/2= 44


44/2= 22


22/2= 11


11/11= 1


As 11 is a prime number, it is only divisible by 11. Hence, The prime factorization of the number 176 is

2×2×2×2×11.
 

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Factor Tree

 This is a very easy method because in many ways it’s almost the same as a prime factorization. We will break down huge numbers in this case to get what we call a factor tree.


Step 1: 176 divided by 2 gives us the answer being 88.


Step 2: 88 divided by 2 gives us 44.


Step 3: 44 divided by 2 gives us 22.


Step 4: 22 divided by 2 gives us 11.


Step 5: This can’t be divided any further.
 

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Factor Pairs

There are positive and negative factor pairs for a given number. Let us look at these factor pairs.


Positive Factor Pairs: (1,176), (88,2), (44,4), (22,8)  and (16,11).


Negative Factor Pairs: (-1,-176), (-88,-2), (-44,-4), (-22,-8)  and (-16,-11).
 

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Important Glossaries for Factors of [Topic]

  • Factor Tree: A visual representation of the prime factorization of a number, showing how it breaks down into prime factors.

 

  • Multiplication Method: A method of finding factors by identifying pairs of numbers that multiply to the given number.

 

  • Factors: Numbers that divide another number completely without leaving a remainder. They can be positive or negative, and are essential in mathematics for various applications.

 

  • Prime Factorization: The process of expressing a number as the product of its prime factors. This representation is unique to each number, according to the Fundamental Theorem of Arithmetic.


 

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