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GCF & LCM - Monomials.

Published byAnastasia Richardson Modified over 9 years ago

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Presentation on theme: "GCF & LCM - Monomials."— Presentation transcript:

1 GCF & LCM - Monomials

2 GCF & LCM - Monomials GCF – greatest common factor

3 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

4 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

5 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

6 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

7 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

8 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

9 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

10 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

11 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

12 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

13 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

14 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

15 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

16 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

17 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

18 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

19 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

20 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

21 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

22 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

23 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

24 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

25 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

26 GCF & LCM - Monomials LCM – least common multiple 1st find the smallest shared multiple 2nd - use the largest exponents of all variables

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