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Graphing quadratic inequalities in two variables

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Chapter 15.3

Graphing quadratic inequalities in two variables


What You'll Learn

Graph quadratic functions by finding vertex, x-intercepts, and y-intercepts
Apply the vertex formula to determine the turning point of a parabola
Factor quadratic equations to identify x-intercepts accurately
Distinguish between solid and dashed parabolas based on inequality symbols
Determine solution regions by shading above or below the parabola curve

What You'll Practice

1

Graphing parabolas using vertex and intercept coordinates

2

Solving quadratic equations by factoring to find x-intercepts

3

Shading regions for inequalities with greater than or less than symbols

4

Drawing solid curves for 'or equal to' and dashed curves for strict inequalities

Why This Matters

Graphing quadratic inequalities combines algebraic factoring with visual reasoning, a skill you'll use in physics, engineering, and optimization problems. Understanding solution regions helps you model real constraints like maximum height, profit ranges, and safety zones.

This Unit Includes

2 Video lessons
Practice exercises

Skills

Quadratic Functions
Parabolas
Vertex Formula
Factoring
Inequalities
Graphing
Solution Regions
Intercepts
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