A factor tree breaks a number down into it's prime numbers.
A Prime number is a number that can only be divided by 1 and itself.
For example: 3 is a prime number, because the only numbers that can be divided evenly into 3 are 1 and 3.
Your number is 77. I can tell by looking at the number that it is divisible by 7 (note the double 7's in 77)
77 / 7 = 11.
This means that 7 * 11 = 77
Your factor tree would look like:
......77
....../ \
.....7*11
Now we see if 7 and 11 can be broken down into smaller prime factors.
Fortunately for us, 7 is already a prime number.
And, as luck would have it, 11 is also a prime number.
This completes the factor tree of 77.
47 is a prime, so
47 = <1> \ <47>
67 is prime, so a factor tree of 67 looks like:
67
(67 can be written as 67 x 1.)
The factor tree is this.
77
/ \
(7) (11)
.
. . 7,11
Make sure to box your answer. This was the factor
tree for 77.
67 is a prime number so prime factorization does not apply.
None. 67 is already prime.
71 is prime. No tree.
It can be. 67 is a prime factor of 134.
what is the greatest common factor of 37 and 67
4 goes into 74, 18.5 Times so it is not a factor.
2 x 67 = 134
The GCF of 24 and 67 is 1.
None. 67 is prime.
There are Two factor trees for 20
It can be. 67 is a prime factor of 134.
67
67 and 1
The greatest commmon factor of 81 and 67 is 1.
The greatest common factor of 6 and 67 is 1.
1 and 67
The greatest common factor between 17 and 67 is 1.
what is the greatest common factor of 37 and 67
67 is a prime number. Its only factors are 1 and 67.
Yes, 67 is a prime factor of 2211, along with 3 and 11. 2211 = 3 x 11 x 67