g is in each of the 1 monomials Use the lowest exponent for g (1) g1
Evaluate r
r is in each of the 1 monomials Use the lowest exponent for r (1,1) r1
Evaluate e
e is in each of the 1 monomials Use the lowest exponent for e (1,1) e1
Evaluate a
a is in each of the 1 monomials Use the lowest exponent for a (1,1) a1
Evaluate t
t is in each of the 1 monomials Use the lowest exponent for t (1,1,1) t1
Evaluate s
s is in each of the 1 monomials Use the lowest exponent for s (1) s1
Evaluate c
c is in each of the 1 monomials Use the lowest exponent for c (1,1) c1
Evaluate o
o is in each of the 1 monomials Use the lowest exponent for o (1,1,1) o1
Evaluate m
m is in each of the 1 monomials Use the lowest exponent for m (1,1) m1
Evaluate n
n is in each of the 1 monomials Use the lowest exponent for n (1) n1
Evaluate f
f is in each of the 1 monomials Use the lowest exponent for f (1) f1
Build our final GCF:
1g1r1e1a1t1s1c1o1m1n1f1
What is the Answer?
1g1r1e1a1t1s1c1o1m1n1f1
How does the Greatest Common Factors of Monomials Calculator work?
Free Greatest Common Factors of Monomials Calculator - This calculator will determine the Greatest Common Factors of a set of Monomials This calculator has 1 input.
What 2 formulas are used for the Greatest Common Factors of Monomials Calculator?
Calculate the GCF of variables with exponents and constants
Once you have the GCF, divide each term by the GCF and use the modified term