Factoring means to break a number down to it's basic parts, or "factors". The basic parts of X are numbers that are multiplied together to get X.
Take the number 28. Well it's even, so we know we can divide by '2'.
28/2 = 14 same as 2 x 14 = 28; so 2 and 14 are factors of 28. But we have more to do. 14 can be divided again, this time 2 x 7. So now we have, as factors of 28,
{2, 2, 7}. What we mean is, 2 x 2 x 7 = 28. Can we go any further?
No, because the only factors of 2 are {2, 1}, and for 7, {7, 1}. A number is called 'prime' when it's only factors are {itself, and 1}. In 'factoring' we are finished when all the terms are prime numbers. Easy prime numbers: {1,2,3,5,7,11,13,17,19,23.....} See if you can continue the list up to 100!
So, the answer to your question is what? It is the set {1, 7}, therefore 7 is prime.
The only prime factor of 49 is seven (7).
49 is a factor of 343. 49 is 72 343 is 73
39 3,13
The greatest common factor of 49 and 84 is 7
Since 49 is a factor of 98, it is automatically the GCF.
7 * 7 = 49
Six times six= 36 6 times 6=36 now whats close is 7times7 but it equals 49.
no, 7 times 7 equals 49 67 is a prime number and therefore does not have any other factors other than 1 and 67
7 is a factor of 49.
74.
Seven
The prime factors of 49 are 7 x 7. What else do you mean?
63
49 - 30 equals = 19
Factor tree for 49:49/ \7 x 7497,7
Factor: 49 = 7(7)
The greatest common factor of 49 and 343 is 49.