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Algebra 2 is an advanced course that allows students to learn mathematical content through hands-on activities, applications, discussion-based assessments, and the latest technology. Interactive examples help guide students’ journey through Algebra 2 topics. For example, mathematical concepts are applied to everyday occurrences such as earthquakes, stadium seating, and purchasing movie tickets. Additionally, students investigate the effects of an equation on its graph through technology.

Students will demonstrate an understanding of quadratic functions by factoring, graphing, and solving quadratic equations.

Students will demonstrate an understanding of polynomial functions by performing operations on polynomials, graphing polynomials, and proving polynomial identities.

Students will demonstrate an understanding of radical equations by simplifying radical expressions and solving radical equations.

Students demonstrate an understanding of rational expressions by simplifying rational expressions and solving rational equations.

Students will demonstrate an understanding of exponential and logarithmic functions by simplifying exponential and logarithmic expressions and graphing and solving exponential and logarithmic equations.

Students will demonstrate an understanding of sequences and series by evaluating arithmetic and geometric sequences and series, using sigma notation to evaluate a series, and graphing sequences and series.

Students will demonstrate an understanding of statistics by explaining events and outcomes, calculating probability, and analyzing surveys and experiments.

Students will demonstrate an understanding of systems of equations by solving linear and nonlinear systems of equations algebraically and graphically.

Students will demonstrate an understanding of trigonometry by solving problems using the Unit Circle, graphing trigonometric functions, solving problems involving trigonometric functions, and analyzing Pythagorean Identities.

- 01.01 Rational Exponents
- 01.02 Properties of Rational Exponents
- 01.03 Solving Radical Equations
- 01.04 Radical and Polynomial Operations Mid-Module Check
- 01.05 Radical and Polynomial Operations Discussion-Based Assessment
- 01.06 Complex Numbers
- 01.07 Operations on Complex Numbers
- 01.08 Polynomial Operations

- 02.01 Greatest Common Factors and Special Products
- 02.02 Factoring by Grouping
- 02.03 Sum and Difference of Cubes
- 02.04 Graphing Quadratics
- 02.05 Completing the Square
- 02.06 Solving Quadratic Equations
- 02.07 Solving Quadratic Equations with Complex Solutions
- 02.08 Investigating Quadratics

- 03.01 Polynomial Long Division
- 03.02 Theorems of Algebra
- 03.03 Polynomial Transformations
- 03.04 Solving and Graphing Polynomials
- 03.05 Polynomial Identities and Proofs

- 04.01 Simplifying Rational Expressions
- 04.02 Discontinuities of Rational Expressions
- 04.03 Asymptotes of Rational Functions
- 04.04 Solving Rational Equations

- 05.01 Exponential Functions
- 05.02 Logarithmic Functions
- 05.05 Graphing Exponential Functions
- 05.06 Graphing Logarithmic Functions

- 06.01 Solving Systems of Equations Algebraically
- 06.02 Solving Systems of Equations Graphically
- 06.03 Solving Systems of Nonlinear Equations
- 06.04 Graphing Systems of Nonlinear Equations

- 07.01 Arithmetic Sequences and Series
- 07.02 Geometric Sequences
- 07.03 Geometric Series
- 07.04 Sigma Notation
- 07.05 Graphing Sequences and Series

- 08.01 Events and Outcomes in a Sample Space
- 08.02 Independent Probability
- 08.03 Conditional Probability
- 08.04 Normal Distribution
- 08.05 Models of Populations
- 08.06 Using Surveys
- 08.07 Using Experiments

- 09.01 Introduction to the Unit Circle
- 09.02 Unit Circle and the Coordinate Plane
- 09.03 Trigonometric Functions with Periodic Phenomena
- 09.04 Pythagoras, Trigonometry, and Quadrants
- 09.05 Functions of All Types

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