Math – Greatest Common Factor; Factoring by Grouping 1
The greatest number that divides all given numbers with no remainder is called the ____________________________________. ex: The GCF of 32, 40, and 24 is 8. Why? Since 32, 40, and 24 are divisible by 8, and 8 is the greatest such number. 2
The greatest number that divides all given numbers with no remainder is called the ____________________________________. ex: The GCF of 32, 40, and 24 is 8. Why? Since 32, 40, and 24 are divisible by 8, and 8 is the greatest such number. 3 greatest common factor (GCF)
The greatest number that divides all given numbers with no remainder is called the ____________________________________. ex: The GCF of 32, 40, and 24 is 8. Why? Since 32, 40, and 24 are divisible by 8, and 8 is the greatest such number. 4 greatest common factor (GCF)
Ex 1. Find the GCF of 36 and 54. 5
Ex 2. Find the GCF of 60 and 77. 6
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9 Factoring
10 Factoring
11 Factoring
12 Factoring
13 Factoring
14 Greatest Common Factor (GCF)
15 Greatest Common Factor (GCF) GCF
16 Greatest Common Factor (GCF) GCF smallest
17 Greatest Common Factor (GCF) GCF smallest
18 Greatest Common Factor (GCF) GCF smallest
19 Greatest Common Factor (GCF)
20 Factoring by Grouping
1. ________ terms that have common monomial factor. 2. ______________ common monomial factor from each group. 3. ______________ remaining common binomial factor. 21 Factoring by Grouping
1. ________ terms that have common monomial factor. 2. ______________ common monomial factor from each group. 3. ______________ remaining common binomial factor. 22 Factoring by Grouping Group
1. ________ terms that have common monomial factor. 2. ______________ common monomial factor from each group. 3. ______________ remaining common binomial factor. 23 Factoring by Grouping Group Factor out
1. ________ terms that have common monomial factor. 2. ______________ common monomial factor from each group. 3. ______________ remaining common binomial factor. 24 Factoring by Grouping Group Factor out
25 Factoring by Grouping
26 Factoring by Grouping