Media4Math's Video Library is a collection of videos on key topics in pre-algebra and algebra. Each video includes several worked-out examples that clearly explain the key concept. All videos include real-world applications of math.This is a growing collection of resources, so keep coming back!(Want to learn more about our subscription packages? Click here.)
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Thumbnail Image | Description | Curriculum Topics | |
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Video Tutorial: Desmos Geometry Exploration: Types of Angles I |
Video Tutorial: Desmos Geometry Exploration: Types of Angles I
This is part of a collection of video tutorials on the topic of using the Desmos Geometry tools to explore geometric concepts. |
Definition of an Angle | |
Video Tutorial: Desmos Geometry Exploration: Types of Angles II |
Video Tutorial: Desmos Geometry Exploration: Types of Angles II
This is part of a collection of video tutorials on the topic of using the Desmos Geometry tools to explore geometric concepts. |
Definition of an Angle | |
Video Tutorial: Equations of Parallel Lines |
Video Tutorial: Equations of Parallel Lines
This video looks at the algebraic properties of equations of parallel lines. Included is a geometric proof. |
Point-Slope Form, Slope-Intercept Form and Parallel Lines | |
Video Tutorial: Equations of Perpendicular Lines |
Video Tutorial: Equations of Perpendicular Lines
This video looks at the algebraic properties of equations of perpendicular lines. Included is a geometric proof. |
Point-Slope Form, Slope-Intercept Form and Perpendicular Lines | |
Video Tutorial: Isosceles Triangles |
Video Tutorial: Isosceles Triangles
In this video learn about the properties of isosceles triangles. The video includes real-world examples of isosceles triangles. |
Applications of Triangles | |
Video Tutorial: Line of Best Fit |
Video Tutorial: Line of Best Fit
This video looks at the Line of Best Fit. A real-world data set is analyzed, from which a linear function in slope-intercept is derived. Students are shown how to find the line of best fit using a TI graphing calculator. Strategies for estimating the line of best fit are also explored. |
Slope-Intercept Form and Data Analysis | |
Video Tutorial: Measures of Central Tendency: Finding the Mean of a Data Set I |
Video Tutorial: Measures of Central Tendency: Finding the Mean of a Data Set I
This is part of a collection of video tutorials on the topic of Measures of Central Tendency. |
Data Analysis and Data Gathering | |
Video Tutorial: Measures of Central Tendency: Finding the Mean of a Data Set II |
Video Tutorial: Measures of Central Tendency: Finding the Mean of a Data Set II
This is part of a collection of video tutorials on the topic of Measures of Central Tendency. |
Data Analysis and Data Gathering | |
Video Tutorial: Measures of Central Tendency: Finding the Median of a Data Set |
Video Tutorial: Measures of Central Tendency: Finding the Median of a Data Set
This is part of a collection of video tutorials on the topic of Measures of Central Tendency. |
Data Analysis and Data Gathering | |
Video Tutorial: Measures of Central Tendency: Finding the Mode of a Data Set |
Video Tutorial: Measures of Central Tendency: Finding the Mode of a Data Set
This is part of a collection of video tutorials on the topic of Measures of Central Tendency. |
Data Analysis and Data Gathering | |
Video Tutorial: Measures of Central Tendency: Mean of a Probability Distribution |
Video Tutorial: Measures of Central Tendency: Mean of a Probability Distribution
This is part of a collection of video tutorials on the topic of Measures of Central Tendency. |
Data Analysis and Data Gathering | |
Video Tutorial: Measures of Central Tendency: Sample Mean |
Video Tutorial: Measures of Central Tendency: Sample Mean
This is part of a collection of video tutorials on the topic of Measures of Central Tendency. |
Data Analysis and Data Gathering | |
Video Tutorial: Measures of Central Tendency: The Mean and Normally Distributed Data |
Video Tutorial: Measures of Central Tendency: The Mean and Normally Distributed Data
This is part of a collection of video tutorials on the topic of Measures of Central Tendency. |
Data Analysis and Data Gathering | |
Video Tutorial: Measures of Central Tendency: Weighted Mean |
Video Tutorial: Measures of Central Tendency: Weighted Mean
This is part of a collection of video tutorials on the topic of Measures of Central Tendency. |
Data Analysis and Data Gathering | |
Video Tutorial: Multiple Representations of Functions |
Video Tutorial: Multiple Representations of Functions
This video looks at multiple representations of functions, including symbolic, tabular, and graphic. Examples of linear, quadratic, polynomial, and exponential functions are shown. |
Relations and Functions | |
Video Tutorial: Parabola Maximum and Minimum |
Video Tutorial: Parabola Maximum and Minimum
This video describes the properties of a parabola's maximum or minimum. Students are shown how to solve problems involving the parabola's maximum or minimum. |
Graphs of Quadratic Functions and Quadratic Equations and Functions | |
Video Tutorial: Parallel Lines Cut by a Transversal: Example 1 |
This is part of a collection of video tutorials on parallel lines cut by a transversal. Using the properties of these lines, the value of an unknown angle is calculated. Note: The download is a PDF template for use in modeling the examples shown in the videos. |
Parallel Lines | |
Video Tutorial: Parallel Lines Cut by a Transversal: Example 2 |
This is part of a collection of video tutorials on parallel lines cut by a transversal. Using the properties of these lines, the value of an unknown angle is calculated. |
Parallel Lines | |
Video Tutorial: Parallel Lines Cut by a Transversal: Example 3 |
This is part of a collection of video tutorials on parallel lines cut by a transversal. Using the properties of these lines, the value of an unknown angle is calculated. Note: The download is a PDF template for use in modeling the examples shown in the videos. |
Parallel Lines | |
Video Tutorial: Parallel Lines Cut by a Transversal: Example 4 |
This is part of a collection of video tutorials on parallel lines cut by a transversal. Using the properties of these lines, the value of an unknown angle is calculated. Note: The download is a PDF template for use in modeling the examples shown in the videos. |
Parallel Lines |