Algebra II Course

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Ken Dietz - Elizabeth, NJ

Units (select a unit)

  • Overview of Functions
    Function Basics
    Domain and Range
    Operations with Functions
    Composite Functions
    Piecewise Functions
    Parent Functions
    Transformations of Functions
    Symmetry of Functions
    Intro to Inverse Functions
    Applications of Inverse Functions
  • Linear and Absolute Value Functions
    Linear Function Review
    Systems of Linear Equations
    Solving Systems of Equations in 3 Variables
    One Variable Inequalities
    Two Variable Inequalities
    Absolute Value Eq & Ineq
    Absolute Value Functions
    Transformations w/ Abs Value Functions
  • Quadratic Equations & Complex Numbers
    Solving Quadratic Equations
    Solving Quad. Eq w/ Quad. Formula
    Solving Application Problems
    Imaginary Numbers
    Complex Numbers
    Solving Quad. Eq w/ Complex Ans
  • Quadratic Functions
    Graph of Quadratic Functions
    - Standard Form
    - Intercept Form
    - Vertex Form
    Transformations
    Average Rate of Change
    Modeling w/ Quadratics
  • Polynomial Functions
    Operations w/ Polynomials Review
    Dividing Polynomials by a Polynomial
    Remainder Th & Factor Th
    Finding Zeros of Polynomials
    Analyzing Graphs & Tables of Polynomials
    Even & Odd Polynomial Functions
    Multiplicity, Zeros & Graph
    Writing a Polynomial from Its Zeros
    Modeling w/ Polynomials
  • Rational Functions
  • Radical Functions and Rational Exponents
    Working with Square Roots
    Irrational Roots
    Adding and Subtracting Radicals
    Multiplying Radicals
    Rationalizing the Denominator
    Cube Roots
    nth Roots
    Rational Exponents
    Solving Radical Equations
    Graphing Square Root Functions
  • Exponential & Logarithmic Functions
    Exponents w/ Multiple Terms
    Rewriting Exponentials as Like Terms
    Exponential Functions
    Simple & Compound Interest
    The constant e
    Population Growth
    Half-Lives & Decay Applications
    Intro to Logarithms
    Solving Equations with Logarithms & Exponents
    Logarithmic Functions
  • Sequences & Series
  • Trigonometry
  • Probability & Statistics
    Sets
    Independence & Conditional Probability
    Permutations & Combinations
    Standard Deviation
    Normal Distribution
    Two-Way Frequency Tables
    Sampling & Experiments

5 Comments

Allison Schmitz • 1 year, 9 months agologin to reply

I think I read that the Algebra 2 curriculum was being revised-will this be done before the school year starts? I'm just trying to pace my year out and get my first unit planned. Thanks.

Audra Crist • 1 year, 9 months agologin to reply

Dear Ms. Schmitz, Thank you for your comment. We are working diligently on getting as much of the Algebra II course finished prior to the school year starting. All of the files in Units 1-4 are completed (Overview of Functions, Linear & Absolute Value Functions, Quadratic Equations & Complex Numbers, and Quadratic Functions). We have 4 units (Polynomial Functions, Rational Functions, Radical Functions, and Sequences & Series) whose presentations have been passed through by one of our writers. They are being reviewed by another writer prior to posting them. They should be finished by the end of August/beginning of September. That will bring us to having about 2/3 of the course completed. We will be finishing the remaining units during the first few months of the school year (Sept.-Nov. or Dec.). If you would like to see the overall plan for this course, please use the link below (Google Spreadsheet that can be viewed). https://docs.google.com/spreadsheets/d/1A-iIQibN_T9umKTDGKRXEtlfdtxwxSJpJH0QrV8RbHU/edit?usp=sharing Kind regards, Audra

Allison Schmitz • 1 year, 9 months agologin to reply

So will even/odd, end behavior, symmetry, increasing/decreasing be covered in two units? It is in the unit one slides and assessments but it is listed in Unit 12 Function Behavior Summary in your spreadsheet.

Audra Crist • 1 year, 9 months agologin to reply

Dear Ms. Schmitz, Thank you for your comment. Due to the structure of the comments on our website, I'm answering your question about even/odd, end behavior, etc. here. The various topics of even/odd, end behavior, symmetry, etc. are covered throughout the course as the students learn about the various types of functions (e.g. Quadratic Functions, Polynomial Functions, Rational Functions, etc.). Each unit relating to functions discusses the characteristics of each type of graph, including even/odd, symmetry, etc. Unit 12: Function Behavior Summary will be providing a recap of everything that was studied throughout the course regarding functions, prior to the start of Conics. Kind regards, Audra

Allison Schmitz • 1 year, 9 months agologin to reply

Thank you!

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