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Factoring

Factoring. Greatest Common Factor (GCF) Grouping Trinomials – x 2 + bx + c Trinomials – ax 2 + bx + c Differences of Squares Perfect Squares Sums and

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Page 1: Factoring. Greatest Common Factor (GCF) Grouping Trinomials – x 2 + bx + c Trinomials – ax 2 + bx + c Differences of Squares Perfect Squares Sums and

Factoring

Page 2: Factoring. Greatest Common Factor (GCF) Grouping Trinomials – x 2 + bx + c Trinomials – ax 2 + bx + c Differences of Squares Perfect Squares Sums and

Factoring

Greatest Common Factor (GCF)

Grouping

Trinomials – x2 + bx + c

Trinomials – ax2 + bx + c

Differences of Squares

Perfect Squares

Sums and Differences of Cubes

Quadratic Form

Combinations

Fill in the titles on the foldable

Page 3: Factoring. Greatest Common Factor (GCF) Grouping Trinomials – x 2 + bx + c Trinomials – ax 2 + bx + c Differences of Squares Perfect Squares Sums and

8.2 Greatest Common Factor (top) Find the GCF of the terms Write the GCF then the remaining part of

each term in parentheses

Page 4: Factoring. Greatest Common Factor (GCF) Grouping Trinomials – x 2 + bx + c Trinomials – ax 2 + bx + c Differences of Squares Perfect Squares Sums and

8.2 Greatest Common Factor (bottom)

Ex: 12a2 + 16a Ex: 3p2q – 9pq2 + 36pq

Page 5: Factoring. Greatest Common Factor (GCF) Grouping Trinomials – x 2 + bx + c Trinomials – ax 2 + bx + c Differences of Squares Perfect Squares Sums and

8.2 Factor by Grouping (top) Group the terms (first two and last two) Find the GCF of each group Write each group as a product of the GCF

and the remaining factors Combine the GCFs in a group and write the

other group as the second factor

Page 6: Factoring. Greatest Common Factor (GCF) Grouping Trinomials – x 2 + bx + c Trinomials – ax 2 + bx + c Differences of Squares Perfect Squares Sums and

8.2 Factor by Grouping (bottom)

Ex: 4ab + 8b + 3a + 6 Ex: 3p – 2p2 – 18p + 27