Summit Math Advanced Algebra & Trigonometry Book 2: Quadratic Functions, Equations & Inequalities | Circles & Nonlinear Systems - Softcover

Inhaltsangabe

Designed as an interactive workbook with a detailed Answer Key, this textbook actively engages students. With carefully scaffolded lessons, they discover not just what to do, but why it works. Learn advanced high school math concepts and become a better problem-solver without feeling overwhelmed.

690+ exercises with solutions. Book 2 out of 6.

Why Choose Summit Math?

• Scaffolded lessons: Master concepts one at a time, reducing stress
• Interactive format: Actively engage with the material through practice problems and guided exercises
• Detailed Answer Key: Check your work and understand the reasoning behind every solution
• Perfect for classroom or home learning: Teachers can use it as a complete curriculum, while independent learners have access to optional step-by-step videos on the Summit Math website

Each book in this 6-book series is split into two halves: the first half guides students through constructing each concept; the second half reinforces the learning with extensive practice.

Finishing each book feels like reaching a summit, an achievement that keeps students motivated and makes the journey feel less overwhelming.

Contents (2 Units):

Unit 3: Quadratic Functions, Equations & Inequalities: Methods for Solving Quadratic Equations · Imaginary Numbers · Exponents of i · Completing the Square · The Quadratic Formula · The Discriminant · Operations with Complex Numbers · Rationalizing a Binomial Denominator · Applying Transformations to Parabolas · Writing & Graphing a Quadratic Function in Vertex Form · Converting from Standard Form to Vertex Form · Maximum Revenue Quadratic Scenarios · Rectangular Area Optimization Scenarios · Quadratic Border Scenarios · Solving Quadratic Inequalities by Graphing · Using a Number Line to Solve Quadratic Inequalities

Unit 4: Circles & Nonlinear Systems: The Equation of a Circle · Applying Transformations to Circles · Converting the Equation of a Circle to Standard Form · Transforming a Circle to an Ellipse · Solving Nonlinear Systems of Equations Algebraically & Graphically · Scenarios Involving Nonlinear Systems

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