• Understanding Functions (Domain, Range, Notation)

    • Inverse Functions & Finding Inverses

    • Piecewise Functions

    • Graphing Transformations (Shifting, Stretching, Reflecting)

    • Operations with Functions (Addition, Subtraction, Multiplication, Division, Composition)

    • Graphing Quadratic Functions (Parabolas)

    • Vertex Form vs. Standard Form

    • Completing the Square

    • Quadratic Formula & Discriminant

    • Solving Quadratic Equations by Factoring, Graphing, and Square Roots

    • Word Problems Involving Quadratic Functions

    • Imaginary & Complex Numbers (i, Adding/ Subtracting/ Multiplying/ Dividing Complex Numbers)

    • Polynomial Functions & Their Graphs

    • End Behavior of Polynomial Functions

    • Adding, Subtracting, Multiplying Polynomials

    • Factoring Polynomials Completely

    • Solving Polynomial Equations (Using the Remainder & Factor Theorems)

    • Long Division & Synthetic Division of Polynomials

    • Finding Zeros of Polynomials & Fundamental Theorem of Algebra

    • Graphing Higher-Degree Polynomials

    • Simplifying Rational Expressions

    • Multiplying & Dividing Rational Expressions

    • Adding & Subtracting Rational Expressions (Common Denominators)

    • Solving Rational Equations

    • Graphing Rational Functions (Asymptotes, Holes, Domain & Range)

    • Applications of Rational Functions

    • Simplifying & Operating with Radicals

    • Solving Radical Equations

    • Fractional Exponents & Exponential Expressions

    • Graphing Radical Functions

    • Domain & Range of Radical Functions

    • Applications of Radical Functions

    • Understanding Exponential Growth & Decay

    • Graphing Exponential Functions

    • Solving Exponential Equations

    • Introduction to Logarithms

    • Logarithmic Properties & Laws (Product, Quotient, Power)

    • Solving Logarithmic Equations

    • Graphing Logarithmic Functions

    • Natural Logarithm (ln) & Euler’s Number (e)

    • Applications of Exponential & Logarithmic Functions (Population Growth, Decay, Finance, Sound Intensity, Richter Scale)

Math Studios: Algebra 2 Notes

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Algebra 1

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