#1**+5 **

The greatest common factor is 22.

22 x 17 = 374 and 22 x 29 = 638.

One way to find this to to use the Euclidean algorithm (named in honor of Euclid).

Divide the smaller number into the larger number, and look at the remainder:

638 ÷ 374 = 1, with a remainder of 264 (Actually, you don't care about the quotient, just the remainder).

Since the remainder isn't 0, divide the remainder into the divisor:

374 ÷ 264 = 1, with a remainder of 110.

Since the remainder still isn't 0, divide the remainder into the divisor:

264 ÷ 110 = 2, with a remainder of 44.

Since the remainder still isn't 0, divide the remainder into the divisor:

110 ÷ 44 = 2, with a remainder of 22.

Since the remainder still isn't 0, divide the remainder into the divisor:

44 ÷ 22 = 2, with a remainder of 0.

Now, when the remainder is 0, you are done and your answer (the greatest common factor) is the last divisor; so the greatest common factor is 22.

geno3141
Feb 19, 2015

#1**+5 **

Best Answer

The greatest common factor is 22.

22 x 17 = 374 and 22 x 29 = 638.

One way to find this to to use the Euclidean algorithm (named in honor of Euclid).

Divide the smaller number into the larger number, and look at the remainder:

638 ÷ 374 = 1, with a remainder of 264 (Actually, you don't care about the quotient, just the remainder).

Since the remainder isn't 0, divide the remainder into the divisor:

374 ÷ 264 = 1, with a remainder of 110.

Since the remainder still isn't 0, divide the remainder into the divisor:

264 ÷ 110 = 2, with a remainder of 44.

Since the remainder still isn't 0, divide the remainder into the divisor:

110 ÷ 44 = 2, with a remainder of 22.

Since the remainder still isn't 0, divide the remainder into the divisor:

44 ÷ 22 = 2, with a remainder of 0.

Now, when the remainder is 0, you are done and your answer (the greatest common factor) is the last divisor; so the greatest common factor is 22.

geno3141
Feb 19, 2015