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Video Tutorials for Introductory and Intermediate Algebra
These videos are arranged by topic following the
chapter outline from Blitzer's combination Introductory and Intermediate Algebra
textbook.
I screened many YouTube videos and
selected the ones I thought had the best combination of the following criteria:
1. clarity and quality of presentation
2. same methods/techniques and types of examples we use in our class
The
highlighted videos are the the
ones I made and want my students to be able to identify.
These video links will take you to a website that is not
affiliated with Cuesta College. Cuesta is not responsible for the content
or the functionality of these links.
1. Review: Fractions, Real Numbers, Order of Operations
| Primes,
LCM |
Lecture |
|
Fractions
Review
(Multiplication and Division) |
Multiplication Example, Division Example |
|
Fractions
Review
(Addition and Subtraction) |
Lecture/Examples |
Number Line and Absolute Value Review
|
Lecture |
|
Positive and Negative Numbers Review |
Examples |
|
Order of Operations |
Lecture, Examples With Fractions, Example |
|
Properties of Real Numbers |
Lecture |
2. Expressions, Linear Equations and Inequalities in One Variable
|
Simplifying Expressions |
Examples, Examples |
|
Solving Linear Equations |
Lecture and
Examples Clearing denominators: Examples |
|
Solving Formulas |
Examples |
| Applications |
Number Problems: Examples |
|
Solving Linear Inequalities |
Example with Graph, Examples |
3. Linear Equations and Inequalities in Two Variables: Equations of Lines
|
Cartesian
Coordinate System |
Lecture, Lecture |
|
Graphing
Linear Equations |
Lecture: Table of Values and Intercepts Example: Table of Values Example: Intercepts |
|
Slope-Intercept Form |
Lecture:
Slope and Slope-Intercept Form Examples: Slope Formula Examples: Graphing given y = mx + b Examples, Examples: Rewrite in y = mx + b form, then graph |
|
Point-Slope Form
|
Lecture Part 1:
Point and Slope, Two Points Lecture Part 2: Point and Parallel/Perpendicular Line Lecture, Example, 3 Examples: given 2 points, parallel line, perpendicular line |
|
Graphing
Linear Inequalities *Note: This is the last section of chapter 9 in Blitzer, I copied it here also because some texts put it here. |
Lecture, Examples |
4. Systems of Linear Equations and Inequalities in Two Variables
|
Systems of Equations:
Solve by Graphing Method |
Lecture |
|
Systems of Equations:
Solve by Substitution Method |
Lecture, Examples |
|
Systems of Equations:
Solve by Addition (Elimination) Method |
Lecture, Examples |
|
Applications:
Distance, Rate and Time; Number; Money |
Distance/Rate/Time Example, Number, Rectangle and Money Examples, More Examples |
|
Applications:
Interest and Mixture Problems |
Interest/Mixture Examples, Mixture Example |
|
Systems of Three-Variable Equations |
| Example: Consistent System Example: Consistent System Lecture: Consistent System Example: Inconsistent System |
|
Systems of Linear Inequalities |
Examples, Example |
5. Exponents and Polynomials
| Integer Exponents I |
Lecture, Example |
| Integer Exponents II |
Lecture, Example, Example |
| Scientific Notation |
Lecture/Examples |
| Polynomials Introduction |
Lecture |
| Add/Subtract Polynomials |
Example |
| Multiplying Polynomials |
Examples, Example, Example, Example |
| Division of Polynomial by Monomial |
Example |
| Long Division of Polynomials |
Lecture, Example, Example |
|
Synthetic Division |
Lecture, Example |
6. Factoring Polynomials
| Factoring out GCF |
Example, Example |
| Factoring by Grouping |
Example, Example |
| Factoring Trinomials By Trial and Error |
Lecture/Examples, Not Factorable Example, Example, Example |
| Factoring Perfect Square Trinomials and Difference of Squares |
Lecture/Examples
Example, Example: Difference of Squares Example, Example: Perfect Square Trinomials |
| Factoring Summary |
Lecture/Examples |
|
Solving Equations By Factoring |
Examples, Examples , Examples |
7.
Rational Expressions
|
Defining Rational Expressions |
Lecture, Examples |
|
Multiplication and Division of Rational Expressions |
Lecture Example, Example (with opposite factors) |
|
Addition and
Subtraction of Rational Expressions |
Example: Like Denominators Example: Unlike Denominators Lecture, Example |
|
Complex
Fractions |
Method 1: Example,
Example,
Example Method 2: Examples, Examples, Example |
|
Solving
Rational Equations |
Lecture/Examples
(ignore the graphing calculator part) Example, Example |
|
Applications of
Rational Expressions |
Distance/Rate/Time:
Example,
Example Current/Wind: Example Work: Example, Example, Example (method 1: t/rate1 + t/rate2 = 1) |
|
Variation |
Direct Variation:
Lecture/Examples Inverse Variation: Lecture/Examples Jointly and Combined: Example, Example |
8. Functions
|
Functions and Function Notation |
Lecture: Part 1, Part 2, Part 3, Part 4 |
|
Algebra of Functions
|
Examples, Examples |
|
Composition of Functions |
Composition of Functions:
Lecture, Examples |
| Inverse Functions |
Inverse Functions:
Lecture,
Lecture One-to-One Functions: Lecture Find Inverse of Given Function: Examples, Examples |
9. Inequalities
|
Linear Inequalities |
Example with Graph,
Examples Interval Notation: Lecture, Lecture |
|
Compound Inequalities
|
Lecture, Examples |
|
Absolute Value Equations and Inequalities
|
Equations: Example, Example, Example , Example(2 absolute values) |
| Linear Inequalities in 2 Variables |
Lecture,
Examples Systems: Examples, Example |
10. Radicals
|
Introduction to Radicals |
Square Roots, Cube Roots:
Lecture Square Roots: Examples |
|
Rational Exponents |
Lecture,
Lecture ,
Examples
, Simplifying Expressions with Rational Exponents: Examples, Examples |
| Simplifying Radicals
|
Product/Quotient Rules for Radicals:
Lecture,
Simplifying Square Roots: Lecture, Simplifying Cube Roots: Lecture Examples |
|
Addition and Subtraction of Radicals Multiplication of Radicals |
Example: Addition/Subtraction
Example:
Multiplication |
|
Rationalizing
Denominators |
|
|
Solving Equations with Radicals |
One Square Root:
Lecture, Two Square Roots: Examples, Examples |
|
Complex Numbers |
Introduction:
Lecture Operations and Powers of i : Lecture Addition/Subtraction: Examples, Examples Multiplication/Division: Examples |
11. Quadratic Equations and Functions
|
Square Root Property |
Examples , Examples |
|
Completing the Square
|
Lecture: Part 1 , Part 2 , Part 3 |
|
The Quadratic Formula |
Two real solutions:
Lecture Derivation of Formula: Version 1, Version 2 3 Examples , Example , Example |
|
Applications of Quadratic Equations |
Example:
Rectangle |
|
Equations in Quadratic Form |
higher powers:
Example ,
Example square roots: Example rational exponents: Example , Example negative exponents: Example |
|
Quadratic Functions, Parabolas |
Vertex Form ( y = a(x-h)^2+k):
Lecture/Examples General Form (y = ax^2 + bx + c): Method 1. Complete the Square: Example, Example*, Example Method 2. Vertex Formula: Example, Example Max/Min Applications: 2nd half of Example* above, Examples |
12.
Exponential and Logarithmic Functions
|
Exponential Functions |
Lecture, Lecture Compound Interest: Examples |
|
Logarithmic Functions |
Lecture, Exponential Form to Log Form: Examples Log Form to Exponential Form: Examples Graph: Example |
|
Properties of Logarithms |
Expanding logs:
Examples Condensing logs: Examples, Examples Both: Examples Change of Base: Proof/Examples , Proof/Examples |
|
Common Logarithms, Natural Logarithms |
Lecture |
|
Logarithmic and Exponential Equations |
Exponential Equations: Using Common Base: Examples Using Logarithms: Examples, Examples Both Methods: Examples Logarithmic Equations: Examples, Examples |
|
Applications of Exponential and Log Equations
|
Compound Interest:
Example Exponential Growth/Decay: Examples |
14. Sequences, Series, The Binomial Theorem
|
Sequences |
General Sequences:
Lecture Find first 4 terms, find nth term: Examples Special Sequences 1. Arithmetic Sequences: Lecture 2. Geometric Sequences: Lecture |
|
Series, Sigma Notation |
General Series: Lecture Special Cases 1. Arithmetic Series: Lecture 2. Geometric Series: Lecture |
|
Binomial Theorem and Pascal's Triangle |
Expanding Binomials Using Pascal's Triangle:
Lecture |