The GCF is 13xy.
The GCF is 3n.
The GCF of two or more numbers represents the largest number that will divide into the two or more numbers evenly with no remainder. 2 is the GCF of 4 and 6.
Greatest Common Factor .... largest expression which (evenly) divides into the given expressions.
The first example that comes to mind is that since 12xy is a factor of 36xy, you could use 12xy. This would have the GCF that you want. ■
For the greatest common factor, you check which variables appear in each of the expressions. In the case of exponents, you take the lowest exponent for each variable. For the least common multiple, you take each variable, whether it appears in all of the expressions involved, or only in some of them. In the case of the exponents, you take the greatest exponent for each variable. If there are numeric coefficients (numbers as products), you take either the gcf or the lcm of those in the usual way.
The GCF is 12.
The GCF is 13xy.
I don't know what expressions you have to choose from, but the GCF of those numbers is 22.
I don't know what expressions you have to choose from, but make sure you end up with something equaling 35.
The GCF is 3n.
Since 18w is a factor of 54w2y, it is automatically the GCF.
The GCF is 8.
The GCF is 8.
The GCF is 35.
The GCF is 9.
The expression that represents the greatest common factor (gcf) of 105 and 126 is 3 x 7 but the greatest common factor of them is 21
The GCF of two or more numbers represents the largest number that will divide into the two or more numbers evenly with no remainder. 2 is the GCF of 4 and 6.