It is 7*(1 + 2).
It is 7*(12 + 4).
2(1 + 5)
One place where this is used is to simplify fractions: you need to find the greatest common factor, then divide top and bottom by this greatest common factor.Also, in factoring expressions - you can take out the greatest common factor. For example (using "^" for power): 5x^2 + 10x has the greatest common factor 5x; so this can be taken out as a common factor, resulting in 5x(x + 2).
The GCF is 2. The LCF is 1. The difference is 1.
The GCF is 3. No exponents needed.
Simplification using the greatest common factor does.Simplification using the greatest common factor does.Simplification using the greatest common factor does.Simplification using the greatest common factor does.
7(2x + 9)
It is 6*(3 - 2).
It is 12*(5 - 3).
13(2x - 1)
It is 7*(12 + 4).
2(1 + 5)
To express the expression 10x - 25y using the greatest common factor, we first need to find the greatest common factor of 10 and 25, which is 5. Next, we can factor out 5 from both terms to get 5(2x - 5y). Therefore, the expression 10x - 25y can be expressed as 5(2x - 5y) using the greatest common factor.
The greatest common prime factor of 10 and 20 is 5.
5
The greatest common factor of 36 and 9 is 9. Therefore, we can factor out a 9 from the expression 36x + 9 to simplify it. This gives us 9(4x + 1) as the expression in terms of the greatest common factor.
the greatest com man factor is 33