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| 1.1: Domain, Range, and End Behavior |
| 1.2: Characteristics of Function Graphs |
| 1.3: Inverses of Functions |
| 2.1: Graphing Absolute Value Functions |
| 2.2: Solving Absolute Value Equations |
| 2.3: Solving Absolute Value Inequalities |
| 3.1: Understanding Rational Exponents and Radicals |
| 3.2: Simplifying Expressions with Rational Exponents |
| 4.1: Understanding Polynomial Expressions |
| 4.2: Adding Polynomial Expressions |
| 4.3: Subtracting Polynomial Expressions |
| 5.1: Multiplying Polynomial Expressions by Monomials |
| 5.2: Multiplying Polynomial Expressions |
| 5.3: Special Products of Binomials |
| 6.1: Understanding Quadratic Functions |
| 6.2: Transforming Quadratic Functions |
| 6.3: Interpreting Vertex Form and Standard Form |
| 7.1: Connecting Intercepts and Zeros |
| 7.2: Connecting Intercepts and Linear Factors |
| 7.3: Applying the Zero Product Property to Solve Equations |
| 8.1: Solving Equations by Factoring x2 + bx + c |
| 8.2: Solving Equations by Factoring ax2 + bx + c |
| 8.3: Using Special Factors to Solve Equations |
| 9.1: Solving Equations by Taking Square Roots |
| 9.2: Solving Equations by Completing the Square |
| 9.3: Using the Quadratic Formula to Solve Equations |
| 9.4: Choosing a Method for Solving Quadratic Equations |
| 9.5: Solving Nonlinear Systems |
| 10.1: Fitting a Linear Model to Data |
| 10.2: Graphing Exponential Functions |
| 10.3: Modeling Exponential Growth and Decay |
| 10.4: Modeling with Quadratic Functions |
| 10.5: Comparing Linear, Exponential, and Quadratic Models |
| 11.1: Solving Quadratic Equations by Taking Square Roots |
| 11.2: Complex Numbers |
| 11.3: Finding Complex Solutions of Quadratic Equations |
| 12.1: Circles |
| 12.2: Parabolas |
| 12.3: Solving Linear-Quadratic Systems |
| 13.1: Graphing Polynomial Functions |
| 13.2: Understanding Inverse Functions |
| 13.3: Graphing Square Root Functions |
| 13.4: Graphing Cube Root Functions |
| 14.1: Angles Formed by Intersecting Lines |
| 14.2: Transversals and Parallel Lines |
| 14.3: Proving Lines are Parallel |
| 14.4: Perpendicular Lines |
| 15.1: Interior and Exterior Angles |
| 15.2: Isosceles and Equilateral Triangles |
| 15.3: Triangle Inequalities |
| 15.4: Perpendicular Bisectors of Triangles |
| 15.5: Angle Bisectors of Triangles |
| 15.6: Properties of Parallelograms |
| 15.7: Conditions for Rectangles, Rhombuses, and Squares |
| 16.1: Dilations |
| 16.2: Proving Figures Are Similar Using Transformations |
| 16.3: Corresponding Parts of Similar Figures |
| 16.4: AA Similarity of Triangles |
| 17.1: Triangle Proportionality Theorem |
| 17.2: Subdividing a Segment in a Given Ratio |
| 17.3: Using Proportional Relationships |
| 17.4: Similarity in Right Triangles |
| 18.1: Tangent Ratio |
| 18.2: Sine and Cosine Ratio |
| 18.3: Special Right Triangles |
| 18.4: Problem Solving with Trigonometry |
| 18.5: Using a Pythagorean Identity |
| 19.1: Central Angles and Inscribed Angles |
| 19.2: Angles in Inscribed Quadrilaterals |
| 19.3: Tangents and Circumscribed Angles |
| 19.4: Segment Relationships in Circles |
| 19.5: Angle Relationships in Circles |
| 20.1: Justifying Circumference and Area of a Circle |
| 20.2: Arc Length and Radian Measure |
| 20.3: Sector Area |
| 21.1: Volume of Prisms and Cylinders |
| 21.2: Volume of Pyramids |
| 21.3: Volume of Cones |
| 21.4: Volume of Spheres |
| 21.5: Scale Factor |
| 22.1: Probability and Set Theory |
| 22.2: Permutations and Probability |
| 22.3: Combinations and Probability |
| 22.4: Mutually Exclusive and Overlapping Events |
| 23.1: Conditional Probability |
| 23.2: Independent Events |
| 23.3: Dependent Events |
| 24.1: Using Probability to Make Fair Decisions |
| 24.2: Analyzing Decisions |