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Mr. Sutton Presents… Algebra 2 Honors

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A clear, concise, no-nonsense guide to Advanced Algebra with Trigonometry and Statistics.

Mr. Sutton Presents… Algebra 2 Honors

What you’ll learn

  • Create, change and graph general functions.
  • Factoring algebraic expressions.
  • Simplify expressions with complex numbers.
  • Solve and graph quadratic equations.
  • Simplify, solve and graph polynomials.
  • Simplify, solve and graph rational expressions.
  • Evaluate, solve, rearrange and graph trigonometric expressions.
  • Work with statistics and probability.

Course Content

  • Introduction –> 7 lectures • 1hr 31min.
  • Factoring –> 5 lectures • 49min.
  • Complex Numbers –> 4 lectures • 26min.
  • Quadratics –> 9 lectures • 1hr 28min.
  • Polynomials –> 8 lectures • 1hr 36min.
  • Rational Functions –> 7 lectures • 1hr 13min.
  • Trigonometry –> 9 lectures • 1hr 55min.
  • Statistics and Probability –> 6 lectures • 1hr 1min.

Mr. Sutton Presents... Algebra 2 Honors

Requirements

Mr. Sutton Presents… Algebra 2 Honors

Let’s cut out the fluffy description and get right to the point.  You are looking for a convenient, self-paced way to learn some quality mathematics.  You want a teacher who speaks, writes and explains clearly and without rambling in his videos.  You want lots of practice problems with answers you can look up.  You want to pay as little as possible for all this!

Here is what all of my courses offer:

  • Clear, concise videos that get to the point quickly with just enough “back story” to provide context, just enough “application” to spice it up, and carefully chosen examples to model the process.
  • PDF versions of each lesson if you get sick of my voice or want to look back without hunting through the video.  All lessons were recorded with PowerPoint slides, so you don’t have to decipher my handwriting.
  • A printable guided notes handout allowing you to fill-in-the-blanks while you watch each lesson.  Very helpful if you learn better by writing things down but want to avoid needless rewriting or a disorganized jumble!
  • 2-4 practice problem sets per lesson, including printable handouts AND both PDF and video solutions of every single practice problem — an extra 20-30 hours of video content!
  • End-of-chapter practice quizzes (with handouts and PDF/video solutions) to review multiple concepts at once.

Here is what this course covers:

  1. Functions
    1. Domain, Range and Functions
    2. Operations and Composition of Functions
    3. Piecewise Functions
    4. Inverse Functions
    5. Function Families, Even Odd
    6. Transformations
  2. Factoring
    1. Greatest Common Factor
    2. Factoring Trinomials (Basic)
    3. Factoring Trinomials (Advanced)
    4. Special Products and Factors
  3. Complex Numbers
    1. Intro to Imaginary Numbers
    2. Adding and Multiplying Imaginary Numbers
    3. Division of Imaginary Numbers
  4. Quadratics
    1. Solving by Factoring
    2. Solving by Completing the Square
    3. Quadratic Formula
    4. Quadratic Systems
    5. Graphing Quadratics
    6. Quadratic Inequalities
    7. Systems of Inequalities
    8. Max and Min
  5. Polynomials
    1. Solving Polynomials by Factoring
    2. Synthetic Division
    3. Rational Roots Theorem
    4. Graphing Polynomials in Intercept Form
    5. Graphing Polynomials in Standard Form
    6. Writing Polynomials
    7. Binomial Expansion
  6. Rational Functions
    1. Simplifying Rational Expressions
    2. Multiplying and Dividing Rational Expressions
    3. Adding and Subtracting Rational Functions
    4. Features of Rational Functions
    5. Graphing Rational Functions
    6. Rational Equations
  7. Trigonometry
    1. Degrees, Radians and Reference Angles
    2. Cosine and Sine
    3. The Other Trigonometric Functions
    4. Simple Trigonometric Equations
    5. Trigonometric Quadratic Equations
    6. Pythagorean Identities
    7. Graphing Sine and Cosine
    8. Midline and Phase Shifts
  8. Statistics and Probability
    1. Mean, Median and Mode
    2. Box and Whisker Plots
    3. Theoretical Probability
    4. Independent and Dependent Events
    5. Probability of Disjoint and Overlapping Events
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