Math 4 - Rational and Radical - Functions and Graphs
References
The material in this course is the cpmpherensive notes from following books
* Algebra 1e_openStaxBook.pdf by OpenStax Sante Ana College
* College-Algebra-2e-WEB.pdf and Algebra-and-Trigonometry-2e-WEB.pdf
Chapter 1 : Rational Functions and Graphs
- Rational Functions and graphs behavior
- Discontinuity and Vertical & Horizontal Asymptote
- Intercepts of Rational Functions
- Graphing rational functions
- Transformations to Graph
- Applications for Rational equations
- Solve Rational Inequalities
Chapter 2 : Radical Functions and Graphs
Curriculum
- 5 Sections
- 13 Lessons
- 0m Duration
Rational Functions and Graphs
6 Lessons
- Graph Behavior
- Discontinuity and Vertical & Horizontal Asymptote
- Intercepts
- Draw graph
- Identify Asymptotes
- GraphTransformation
Application problems
1 Lesson
- Rational functions application
Practice Questions
2 Lessons
- Rational Functions and Graphs Practice with Answers
- Irrational practice questioins with answers
Rational functions Inequality
1 Lesson
- Inequality
Radical (Irrational) Function and Graphs
3 Lessons
- Radical Functions
- Radical graphs
- Questions
Related Courses
Math 7 - Logarithm Function and Graphs
- Why Logarithms
Converting Logarithmic to Exponential Form
Evaluating Logarithms
Common and Natural Logarithms , - Graphing Logarithmic Function
Domain of a Logarithmic Function
Transformations of Logarithmic Functions
Vertical Asymptote of a Logarithm Graph - Logarithm properties
Simplify log expressions
Change-of-Base Formula for Logarithms
0m
0
0
19
Math 6 - Exponential Function and Graphs
- Exponential Functions
Exponential Growth, Evaluate Functions,
Finding Equations of Exponential Functions
Writing an Exponential Function Given Its Graph - Compound-Interest
Base “e” – Eulers constant - Continuous Growth and decay
0m
0
3
15
Math 5 - Power Functions and Graphs
- Power and Polynomial functions and graphs
Behavior of Even and Odd Power Functions
Behavior of Odd Power Functions - Polynomial Functions
Degree and Leading Coefficient
Local and End Behavior of Polynomial Functions
Degree and Turning Points. Intercepts.
Simplifying higher degree functions.
Zeros and Their Multiplicities - Graphing Polynomial Functions
0m
0
1
13
