323 17 x 19 Both 17 and 19 are prime numbers, so the factor tree is finished.
Oh, dude, a factor tree for 17? That's like finding a needle in a haystack. But hey, here's the deal - 17 is a prime number, so its factor tree would just be 17 hanging out all by itself. It's like the loner at the party who doesn't need anyone else to have a good time.
102 6 x 17 (2x3) x 17 The numbers 2, 3, and 17 are prime numbers, so the factor tree is complete. An alternate version of a factor tree of 102 is: 102 3 x 34 3 x (2x17)
238 2, 119 2, 7, 17
2431 221,11 17,13,11
the answer to the factor 170 is:17017 1017x5x2so the answer is: 17 x 5 x 2
323 17 x 19 Both 17 and 19 are prime numbers, so the factor tree is finished.
Oh, dude, a factor tree for 17? That's like finding a needle in a haystack. But hey, here's the deal - 17 is a prime number, so its factor tree would just be 17 hanging out all by itself. It's like the loner at the party who doesn't need anyone else to have a good time.
It is: 1 and 17 because 17 is a prime number
.............. ....391.... ....../\...... ...../..\..... ..../....\.... ..17..23.. ..............
34 /\ 2 17
102 6 x 17 (2x3) x 17 The numbers 2, 3, and 17 are prime numbers, so the factor tree is complete. An alternate version of a factor tree of 102 is: 102 3 x 34 3 x (2x17)
Factor tree for 51: 51 * 1 or 17 * 3 Factor tree for 255: 255 * 1 or 51 * 5
85 = 17 x 5
Use a factor tree. 221 13,17 All the factors are prime. 13 x 17 = 221
17, being a prime number, has one prime factor, itself. Whether you call that one branch or no branches, it won't be a tree.
85 ^ 5 17 Thats all you can do.