104
52,2
26,2,2
13,2,2,2
104 = 23 × 13
A common prime factor of both 65 and 104 is 13.
104 52,2 26,2,2 13,2,2,2
IT IS PRIME there is no factor tree
there is NO factor tree (prime factorization) of 29.
13 is prime. No tree.
100 50, 2 25, 2, 2 5, 5, 2, 2
A common prime factor of both 65 and 104 is 13.
104 52,2 26,2,2 13,2,2,2
Use a factor tree. 104 52,2 26,2,2 13,2,2,2
83 is prime. No tree.
IT IS PRIME there is no factor tree
Yes because 13*8 = 104
The purpose of a factor tree is to notate the process of finding the prime factorization. If a number is already prime, a factor tree is not necessary.
Prime Factor Tree: ........452 ........./ \ .......4 113 ....../ \ ....2...2
there is NO factor tree (prime factorization) of 29.
The prime factor tree of 280 is:140,270,2,235,2,2,27,5,2,2,2
I can't make the actual lines, but there's a factor tree. 104 2 * 52 2 * 26 2 * 13 2*2*2*13=104