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GCF & LCM - Monomials
GCF & LCM - Monomials
GCF – greatest common factor
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
GCF – greatest common factor
1st - find the largest integer that will divide all coefficients
2nd - use the smallest exponent of all SHARED variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables
GCF & LCM - Monomials
LCM – least common multiple
1st - find the smallest shared multiple2nd - use the largest exponents of all variables