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This document provides a thorough overview of essential factoring strategies, structured into sections focused on different techniques such as factoring out the Greatest Common Factor (GCF), recognizing and applying the Difference of Squares, Sum and Difference of Cubes, and identifying Perfect Square Trinomials. It also includes detailed exercises for practice, with a systematic flow chart to assist in understanding how to approach the factoring process for various algebraic expressions. Whether you're a student or a teacher, this guide serves as a vital resource for mastering the art of factoring.
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Chapter 5 Factoring Section 5.1
Chapter 5 Factoring Section 5.1Exercise #2
Chapter 5 Factoring Section 5.1Exercise #5
Factoring Strategy Flow Chart Factor out GCF (2) Terms (3) Terms (4) Terms • Difference of Squares • Sum/Difference of Cubes • Perfect Square Trinomial • (x2 + bx + c) • (ax2 + bx + c) • Grouping
Chapter 5 Factoring Section 5.2
Chapter 5 Factoring Section 5.2Exercise #6
Factoring Strategy Flow Chart Factor out GCF (2) Terms (3) Terms (4) Terms • Difference of Squares • Sum/Difference of Cubes • Perfect Square Trinomial • (x2 + bx + c) • (ax2 + bx + c) • Grouping
Chapter 5 Factoring Section 5.3
Chapter 5 Factoring Section 5.3Exercise #8
Factoring Strategy Flow Chart Factor out GCF (2) Terms (3) Terms (4) Terms • Difference of Squares • Sum/Difference of Cubes • Perfect Square Trinomial • (x2 + bx + c) • (ax2 + bx + c) • Grouping
Factoring Strategy Flow Chart Factor out GCF (2) Terms (3) Terms (4) Terms • Difference of Squares • Sum/Difference of Cubes • Perfect Square Trinomial • (x2 + bx + c) • (ax2 + bx + c) • Grouping
Chapter 5 Factoring Section 5.4
Chapter 5 Factoring Section 5.4Exercise #11
Factoring Strategy Flow Chart Factor out GCF (2) Terms (3) Terms (4) Terms • Difference of Squares • Sum/Difference of Cubes • Perfect Square Trinomial • (x2 + bx + c) • (ax2 + bx + c) • Grouping
Chapter 5 Factoring Section 5.4Exercise #13
Factoring Strategy Flow Chart Factor out GCF (2) Terms (3) Terms (4) Terms • Difference of Squares • Sum/Difference of Cubes • Perfect Square Trinomial • (x2 + bx + c) • (ax2 + bx + c) • Grouping
Chapter 5 Factoring Section 5.5
Chapter 5 Factoring Section 5.5Exercise #15
Factoring Strategy Flow Chart Factor out GCF (2) Terms (3) Terms (4) Terms • Difference of Squares • Sum/Difference of Cubes • Perfect Square Trinomial • (x2 + bx + c) • (ax2 + bx + c) • Grouping
Chapter 5 Factoring Section 5.5Exercise #17
Factoring Strategy Flow Chart Factor out GCF (2) Terms (3) Terms (4) Terms • Difference of Squares • Sum/Difference of Cubes • Perfect Square Trinomial • (x2 + bx + c) • (ax2 + bx + c) • Grouping
Factoring Strategy Flow Chart Factor out GCF (2) Terms (3) Terms (4) Terms • Difference of Squares • Sum/Difference of Cubes • Perfect Square Trinomial • (x2 + bx + c) • (ax2 + bx + c) • Grouping
Chapter 5 Factoring Section 5.5Exercise #20
Factoring Strategy Flow Chart Factor out GCF (2) Terms (3) Terms (4) Terms • Difference of Squares • Sum/Difference of Cubes • Perfect Square Trinomial • (x2 + bx + c) • (ax2 + bx + c) • Grouping
Chapter 5 Factoring Section 5.6
Chapter 5 Factoring Section 5.6Exercise #24
or Solve.
or Solve.
Chapter 5 Factoring Section 5.7Exercise #26
The product of two consecutive odd integers is 13 more than 10 times the larger of the two integers. Find the integers.
The product of two consecutive odd integers is 13 more than 10 times the larger of the two integers. Find the integers.
The product of two consecutive odd integers is 13 more than 10 times the larger of the two integers. Find the integers.
Chapter 5 Factoring Section 5.7Exercise #29