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Chapter 1: Functions
Opening 
1.OP 
Chapter Opening 
Section 1.1 
1.1.1 
Solving Puzzles in Teams 

1.1.2 
Investigating the Growth of Patterns 

1.1.3 
Investigating the Graphs of Quadratic Functions 
Section 1.2 
1.2.1 
Describing a Graph 

1.2.2 
Cube Root and Absolute Value Functions 

1.2.3 
Function Machines 

1.2.4 
Functions 

1.2.5 
Domain and Range 
Closure 
1.CL 
Chapter Closure 
Chapter 2: Linear Relationships
Opening 
2.OP 
Chapter Opening 
Section 2.1 
2.1.1 
Seeing Growth in Linear Representations 

2.1.2 
Slope 

2.1.3 
Comparing △y and △x 

2.1.4 
y = mx + b and More on Slope 
Section 2.2 
2.2.1 
Slope as Motion 

2.2.2 
Rate of Change 

2.2.3 
Equations of Lines in Situations 
Section 2.3 
2.3.1 
Finding an Equation Given a Slope and a Point 

2.3.2 
Finding the Equation of a Line through Two Points 

Ex Act 
Finding y = mx + b from Graphs and Tables 
Closure 
2.CL 
Chapter Closure 
Chapter 3: Simplifying and Solving
Opening 
3.OP 
Chapter Opening 
Section 3.1 
3.1.1 
Simplifying Exponential Expressions 

3.1.2 
Zero and Negative Exponents 
Section 3.2 
3.2.1 
Equations ↔ Algebra Tiles 

3.2.2 
Exploring an Area Model 

3.2.3 
Multiplying Binomals and the Distributive Property 

3.2.4 
Using Generic Rectangles to Multiply 
Section 3.3 
3.3.1 
Solving Equations With Multiplication and Absolute Value 

3.3.2 
Working With MultiVariable Equations 

3.3.3 
Summary of Solving Equations 
Closure 
3.CL 
Chapter Closure 
Chapter 4: Systems and Equations
Opening 
4.OP 
Chapter Opening 
Section 4.1 
4.1.1 
Solving Word Problems by Writing Equations 

4.1.2 
One Equation or Two? 
Section 4.2 
4.2.1 
Solving Systems of Equations Using Substitution 

4.2.2 
Making Connections: Systems, Solutions, and Graphs 

4.2.3 
Solving Systems Using Elimination 

4.2.4 
More Elimination 

4.2.5 
Choosing a Strategy for Solving Systems 
Section 4.3 
4.3.1 
Pulling it all Together 
Closure 
4.CL 
Chapter Closure 
Chapter 5: Sequences
Opening 
5.OP 
Chapter Opening 
Section 5.1 
5.1.1 
Representing Exponential Growth 

5.1.2 
Rebound Ratios 

5.1.3 
The Bouncing Ball and Exponential Decay 
Section 5.2 
5.2.1 
Generating and Investigating Sequences 

5.2.2 
Generalizing Arithmetic Sequences 

5.2.3 
Recursive Sequences 
Section 5.3 
5.3.1 
Patterns of Growth in Tables and Graphs 

5.3.2 
Using Multipliers to Solve Problems 

5.3.3 
Comparing Sequences to Functions 
Closure 
5.CL 
Chapter Closure 
Chapter 6: Modeling TwoVariable Data
Opening 
6.OP 
Chapter Opening 
Section 6.1 
6.1.1 
Line of Best Fit 

6.1.2 
Residuals 

6.1.3 
Upper and Lower Bounds 

6.1.4 
Least Squares Regression Line 
Section 6.2 
6.2.1 
Residual Plots 

6.2.2 
Correlation 

6.2.3 
Association is Not Causation 

6.2.4 
Interpreting Correlation in Context 

6.2.5 
Curved BestFit Models 
Closure 
6.CL 
Chapter Closure 
Chapter 7: Exponential Functions
Opening 
7.OP 
Chapter Opening 
Section 7.1 
7.1.1 
Investigating y = b^{x} 

7.1.2 
Multiple Represntations of Exponential Functions 

7.1.3 
More Applications of Exponential Growth 

7.1.4 
Exponential Decay 

7.1.5 
Graph → Equation 

7.1.6 
Completing the Multiple Representation Web 
Section 7.2 
7.2.1 
Curve Fitting and Fractional Exponents 

7.2.2 
More Curve Fitting 

7.2.3 
Solving a System of Exponential Functions Graphically 
Closure 
7.CL 
Chapter Closure 
Chapter 8: Quadratic Functions
Opening 
8.OP 
Chapter Opening 
Section 8.1 
8.1.1 
Introduction to Factoring Quadratics 

8.1.2 
Factoring with Genetic Rectangles 

8.1.3 
Factoring with Special Cases 

8.1.4 
Factoring Completely 

8.1.5 
Factoring Shortcuts 
Section 8.2 
8.2.1 
Multiple Representation for Quadratics 

8.2.2 
Zero Product Property 

8.2.3 
More Ways to Find the xIntercepts 

8.2.4 
Completing the Quadratic Web 

8.2.5 
Completing the Square 
Closure 
8.CL 
Chapter Closure 
Chapter 9: Solving Quadratic and Inequalities
Opening 
9.OP 
Chapter Opening 
Section 9.1 
9.1.1 
Solving Quadratic Equations 

9.1.2 
Introduction to the Quadratic Formula 

9.1.3 
More Solving Quadratic Equations 

9.1.4 
Choosing a Strategy 
Section 9.2 
9.2.1 
Solving Linear, OneVariable Inequalities 

9.2.2 
More Solving Inequalities 
Section 9.3 
9.3.1 
Graphing TwoVariable Inequalities 

9.3.2 
Graphing Linear and NonLinear Inequalities 
Section 9.4 
9.4.1 
Systems of Inequalities 

9.4.2 
More Systems of Inequalities 

9.4.3 
Applying Inequalities to Solve Problems 
Closure 
9.CL 
Chapter Closure 
Chapter 10: Solving Complex Equations
Opening 
10.OP 
Chapter Opening 
Section 10.1 
10.1.1 
Association in TwoWay Tables 
Section 10.2 
10.2.1 
Solving by Rewriting 

10.2.2 
Fraction Busters 

10.2.3 
Multiple Methods for Solving Equations 

10.2.4 
Determining the Number of Solutions 

10.2.5 
Deriving the Quadratic Formula and the Number System 

10.2.6 
More Solving and an Application 
Section 10.3 
10.3.1 
Intersection of Two Functions 

10.3.2 
Number of Parabola Intersections 

10.3.3 
Solving Quadratic and Absolute Value Inequalities 
Closure 
10.CL 
Chapter Closure 
Chapter 11: Functions and Data
Opening 
11.OP 
Chapter Opening 
Section 11.1 
11.1.1 
Transforming Functions 

11.1.2 
Inverse Functions 
Section 11.2 
11.2.1 
Investigating Data Representations 

11.2.2 
Comparing Data 

11.2.3 
Standard Deviation 
Section 11.3 
11.3.1 
Using a BestFit Line to Make a Prediction 

11.3.2 
Relation Treasure Hunt 

11.3.3 
Investigating a Complex Function 

11.3.4 
Using Algebra to Find a Maximum 

11.3.5 
Exponential Functions and Linear Inequalities 
Closure 
11.CL 
Chapter Closure 
Appendix A: Representing Expressions
Opening 
A.OP 
Chapter Opening 
Section A.1 
A.1.1 
Exploring Variables and Combining Like Terms 

A.1.2 
Simplifying Expressions by Combining Like Terms 

A.1.3 
Writing Algebraic Expressions 

A.1.4 
Using Zero to Simplify Algebraic Expressions 

A.1.5 
Using Algebra Tiles to Simplify Algebraic Expressions 

A.1.6 
Using Algebra Tiles to Compare Expressions 

A.1.7 
Simplifying and Recording Work 

A.1.8 
Using Algebra Tiles to Solve for x 

A.1.9 
More Solving Equations 
Closure 
A.CL 
Chapter Closure 
Checkpoint Materials
CP 1: 
Solving Linear Equations, Part 1 (Integer Coefficients) 
CP 2: 
Evaluating Expressions and the Order of Operations 
CP 3: 
Operations with Rational Numbers 
CP 4: 
Solving Linear Equations, Part 2 (Fractional Coeffcients) 
CP 5A: 
Laws of Exponents and Scientific Notation 
CP 5B: 
Writing the Equation of a line 
CP 6A: 
Rewriting Equations with More Than One Variable 
CP 6B: 
Multiplying Polynomials and Solving Equations with Parentheses 
CP 7A: 
Solving Problems by Writing Equations 
CP 7B: 
Solving Linear Systems of Equations 
CP 8: 
Interpreting Associations 
CP 9: 
Writing Exponential Equations from Situations 
CP 10A: 
The Exponential Web 
CP 10B: 
Factoring Polynomials 
CP 11: 
The Quadratic Web 
Glossary
Index