44
22,2
11,2,2
32 x 29 = 261
There is no factor tree nor factors of 57 as it is a prime number.
In doing the factor tree, you can start with any two factors of the given number. These factors maybe prime or composite. But the resulting factors in the factor tree should always be prime numbers. It means that you have to continue factoring unless you ended up with all prime factors.
Yes. Factors that complete a factor tree need to be prime. However, it doesn't matter what two factors you select to start a factor tree.
655 5,131
the prime factor of 5
As a product of its prime factors: 7*7*13 = 637
32 x 29 = 261
3 is a prime number. Prime numbers don't have factor trees. The factors of 3 are 1 and 3.
There is no factor tree nor factors of 57 as it is a prime number.
As a product of its prime factors: 2*2*2*3*5 = 120
The purpose of a factor tree is to divide a number into prime factors. 1 is not a prime number.
prime factors
In doing the factor tree, you can start with any two factors of the given number. These factors maybe prime or composite. But the resulting factors in the factor tree should always be prime numbers. It means that you have to continue factoring unless you ended up with all prime factors.
A factor tree shows the prime factors of the working number and can also be used as a visual demonstration to show the prime factors of the working number.
When the bottom branch consists entirely of prime numbers.
To find the factor tree for 193, you start by determining the prime factors of 193. Since 193 is a prime number itself, the factor tree for 193 would simply consist of the number 193 at the top, as it cannot be broken down further into smaller prime factors. Therefore, the factor tree for 193 would just be a single branch with 193 as the prime factor.