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Last updated on November 29th, 2024
Numbers that divide 39 completely are the factors. Factors are used to simplify fractions.
The factors of 39 are 1, 3, 13 and 39
Negative factors of 39
There’s always a corresponding negative factor for each positive factor of 39
Negative factors of 39: -1, -3, -13, -39
Prime factors of 39
These are the prime numbers themselves, having 1 and the number itself as factors
Prime factors of 39: 3, 13
Prime Factorization of 39
Prime factorization is used to express the prime factors in its exponential form
39 is prime factorized as 31 × 131
An overview of factors of 39
You can use various methods to find the factors. Given below are the methods that can be used to find the factors of 39:
In the multiplication method, we find the pairs of numbers where the product will be 39.
Step 1: Find all the numbers whose product is 39
Step 2: These numbers identify as factors of 39
Step 3: Group the numbers as pairs and make a list
List of numbers whose product is 39:
1×39 = 39
3×13 = 39
The division method identifies the divisor and the quotient. These are the factors of 39.
Step-by-step process
Step 1: Always start the division process with the smallest number. Here, 1 is the smallest factor of any number. So, begin your division by 1. Example: 39÷1 = 39.
Step 2: Move to the next integer and continue this process until you can’t divide 39 anymore.
Overview of Factors of 39 using the division method
Prime factorization is the process where the product of prime factors gets expressed in exponential form.
Prime Factors of 39
There are two prime factors of 39
Prime factors of 39: 1, 13
To find the factors of 39:
Step 1: Start the division by 3
39÷3 = 13
Step 2: Now divide the rest of the numbers by13
13÷13 = 1
For the prime factorization method, the product of prime factors of 39 is expressed as 31 × 131
Factor tree visually represents the breaking down of a number into its prime factors
Factor tree of 39:
Factor pairs of 39 are a team of 2 factors grouped together. Their product will be equal to the number, that is 39.
What will be the product of the largest prime factor and greatest factor of 39?
Verify whether 9 is a factor of 39
GCF of 39 and 63