Welcome to Our Algebra 2 Homeschool Math Course

Getting Started with Our Algebra 2 Homeschool Math Course

This full-year Algebra 2 homeschool math course is designed for students who have successfully completed Algebra 1. Lessons include textbook reading, practice problems, homework, and unit tests. Key vocabulary is highlighted, and study tips are included. An answer key is also included.

Overview

• 36 weeks, 5 days a week
• Includes text-based lessons, assignments, course text, tests, answer keys, and solutions manual
• Grades 10th-12th

Supplies Needed

Corresponding lessons on SchoolhouseTeachers.com; notebook for completing math problems

What to Do

Go to Class Lessons and download the lesson plan, first semester lessons file, textbook, and solution manual. Start with the Day 1 assignment. Follow the instructions each day on the lesson plan and check them off when completed.

Course Outline for Our Algebra 2 Homeschool Math Course

This Algebra 2 homeschool math course includes the text, assignments, tests, answer keys, and solution manual needed to complete the full-year course.

• Lesson One: Real Numbers: Algebra Essentials
• Lesson Two: Exponents and Scientific Notation
• Lesson Three: Radicals and Radical Expressions & Polynomials
• Lesson Four: Factoring Polynomials, Rational Expressions, and Chapter 1 Review & Test
• Lesson Five: The Rectangular Coordinate System and Graphs & Linear Equations in One Variable
• Lesson Six: Models and Applications & Complex Numbers
• Lesson Seven: Quadratic Equations & Other Types of Equations
• Lesson Eight: Linear Inequalities, Absolute Value Inequalities, and Chapter 2 Review & Test
• Lesson Nine: Functions and Function Notation & Domain and Range
• Lesson Ten: Rates of Change and Behavior of Graphs & Composition of Functions
• Lesson Eleven: Transformation of Functions
• Lesson Twelve: Absolute Value Functions, Inverse Functions, and Chapter 3 Review & Test
• Lesson Thirteen: Linear Functions
• Lesson Fourteen: Modeling with Linear Functions, Fitting Linear Models to Data, and Chapter 4 Review & Test
• Lesson Fifteen: Quadratic Functions & Power Functions and Polynomial Functions
• Lesson Sixteen: Graphs of Polynomial Functions & Dividing Polynomials
• Lesson Seventeen: Zeros of Polynomial Functions & Rational Functions
• Lesson Eighteen: Inverses and Rational Functions, Modeling Using Variations, and Chapter 5 Review & Test
• Lesson Nineteen: Exponential Functions & Graphs of Exponential Functions
• Lesson Twenty: Logarithmic Functions & Graphs of Logarithmic Functions
• Lesson Twenty-One: Logarithmic Properties & Exponential and Logarithmic Equations
• Lesson Twenty-Two: Exponential and Logarithmic Models, Fitting Exponential Models to Data, and Chapter 6 Review & Test
• Lesson Twenty-Three: Systems of Linear Equations: Two Variables & Systems of Linear Equations: Three Variables
• Lesson Twenty-Four: Systems of Nonlinear Equations and Inequalities: Two Variables & Matrices and Matrix Operations
• Lesson Twenty-Five: Solving Systems with Gaussian Elimination & Solving Systems with Inverses
• Lesson Twenty-Six: Solving Systems with Cramer’s Rule and Chapter 7 Review & Test
• Lesson Twenty-Seven: The Ellipse
• Lesson Twenty-Eight: The Hyperbola
• Lesson Twenty-Nine: The Parabola and Chapter 8 Review & Test
• Lesson Thirty: Sequences and Their Notations
• Lesson Thirty-One: Arithmetic Sequences
• Lesson Thirty-Two: Geometric Sequences
• Lesson Thirty-Three: Series and Their Notations
• Lesson Thirty-Four: Counting Principles
• Lesson Thirty-Five: Binomial Theorem
• Lesson Thirty-Six: Probability and Chapter 9 Review & Test