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.)
|
Thumbnail Image | Description | Curriculum Topics | |
---|---|---|---|
Closed Captioned Video: Slope Formula: Negative Slope, Coordinates in Quadrant III |
Closed Captioned Video: Slope Formula: Negative Slope, Coordinates in Quadrant III
Video Tutorial: Slope Formula: Negative Slope, Coordinates in Quadrant III. In this tutorial, students learn about the slope formula in general and then see an application of it with two points in Quadrant III. |
Slope | |
Closed Captioned Video: Slope Formula: Negative Slope, Coordinates in Quadrant IV |
Closed Captioned Video: Slope Formula: Negative Slope, Coordinates in Quadrant IV
Video Tutorial: Slope Formula: Negative Slope, Coordinates in Quadrant IV. In this tutorial, students learn about the slope formula in general and then see an application of it with two points in Quadrant IV. |
Slope | |
Closed Captioned Video: Slope Formula: Negative Slope, Coordinates in Quadrants I and II |
Closed Captioned Video: Slope Formula: Negative Slope, Coordinates in Quadrants I and II
Video Tutorial: Slope Formula: Negative Slope, Coordinates in Quadrants I and II. In this tutorial, students learn about the slope formula in general and then see an application of it with two points in Quadrant I and Quadrant II. |
Slope | |
Closed Captioned Video: Slope Formula: Negative Slope, Coordinates in Quadrants III and IV |
Closed Captioned Video: Slope Formula: Negative Slope, Coordinates in Quadrants III and IV
Video Tutorial: Slope Formula: Negative Slope, Coordinates in Quadrants III and IV. In this tutorial, students learn about the slope formula in general and then see an application of it with two points in Quadrant III and Quadrant IV. |
Slope | |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrant I |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrant I
Video Tutorial: Slope Formula: Positive Slope, Coordinates in Quadrant I. In this tutorial, students learn about the slope formula in general and then see an application of it with two points in Quadrant I. |
Slope | |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrant II |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrant II
Video Tutorial: Slope Formula: Positive Slope, Coordinates in Quadrant II. In this tutorial, students learn about the slope formula in general and then see an application of it with two points in Quadrant II. |
Slope | |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrant III |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrant III
Video Tutorial: Slope Formula: Positive Slope, Coordinates in Quadrant III. In this tutorial, students learn about the slope formula in general and then see an application of it with two points in Quadrant III. |
Slope | |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrant IV |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrant IV
Video Tutorial: Slope Formula: Positive Slope, Coordinates in Quadrant IV. In this tutorial, students learn about the slope formula in general and then see an application of it with two points in Quadrant IV. |
Slope | |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrants I and II |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrants I and II
Video Tutorial: Slope Formula: Positive Slope, Coordinates in Quadrants I and II. In this tutorial, students learn about the slope formula in general and then see an application of it with two points in Quadrant I and Quadrant II. |
Slope | |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrants III and IV |
Closed Captioned Video: Slope Formula: Positive Slope, Coordinates in Quadrants III and IV
Video Tutorial: Slope Formula: Positive Slope, Coordinates in Quadrants III and IV. In this tutorial, students learn about the slope formula in general and then see an application of it with two points in Quadrant III and Quadrant IV. |
Slope | |
Closed Captioned Video: Slope of a Line Connecting Two Points |
Closed Captioned Video: Slope of a Line Connecting Two Points
In this TI Nspire tutorial, the Graph window is to find the slope of two points connected by a line. This video supports the TI-Nspire Clickpad and Touchpad. This Mini-Tutorial Video includes a worksheet. . |
Slope | |
Closed Captioned Video: The Distributive Property: a(-x + b), all constants positive |
Closed Captioned Video: The Distributive Property: a(-x + b), all constants positive
Video Tutorial: The Distributive Property: a(-x + b), all constants positive. In this video use the distributive property with an expression of the form a(-x + b), all constants positive. |
Numerical and Algebraic Expressions | |
Closed Captioned Video: The Distributive Property: a(-x - b), all constants positive |
Closed Captioned Video: The Distributive Property: a(-x - b), all constants positive
Video Tutorial: The Distributive Property: a(-x - b), all constants positive. In this video use the distributive property with an expression of the form a(-x - b), all constants positive. |
Numerical and Algebraic Expressions | |
Closed Captioned Video: The Distributive Property: a(bx + c), a negative, b and c positive |
Closed Captioned Video: The Distributive Property: a(bx + c), a negative, b and c positive
Video Tutorial: The Distributive Property: a(bx + c), a negative, b and c positive. In this video, we will use the distributive property with an expression of the form a(bx + c), a negative, b and c positive. |
Numerical and Algebraic Expressions | |
Closed Captioned Video: The Distributive Property: a(bx + c), all constants negative |
Closed Captioned Video: The Distributive Property: a(bx + c), all constants negative
Video Tutorial: The Distributive Property: a(bx + c), all constants negative. In this video use the distributive property with an expression of the form a(bx + c), all negative. |
Numerical and Algebraic Expressions | |
Closed Captioned Video: The Distributive Property: a(bx + c), all constants positive |
Closed Captioned Video: The Distributive Property: a(bx + c), all constants positive
Video Tutorial: The Distributive Property: a(bx + c), all constants positive. In this video use the distributive property with an expression of the form a(bx + c), all constants positive. |
Numerical and Algebraic Expressions | |
Closed Captioned Video: The Distributive Property: a(bx - c), a negative, b and c positive |
Closed Captioned Video: The Distributive Property: a(bx - c), a negative, b and c positive
Video Tutorial: The Distributive Property: a(bx - c), a negative, b and c positive. In this video use the distributive property with an expression of the form a(bx - c), a negative, b and c positive. |
Numerical and Algebraic Expressions | |
Closed Captioned Video: The Distributive Property: a(bx - c), all constants negative |
Closed Captioned Video: The Distributive Property: a(bx - c), all constants negative
Video Tutorial: The Distributive Property: a(bx - c), all constants negative. In this video, we will use the distributive property with an expression of the form a(bx - c), all negative. |
Numerical and Algebraic Expressions | |
Closed Captioned Video: The Distributive Property: a(bx - c), all constants positive |
Closed Captioned Video: The Distributive Property: a(bx - c), all constants positive
Video Tutorial: The Distributive Property: a(bx - c), all constants positive. In this video use the distributive property with an expression of the form a(bx - c), all constants positive. |
Numerical and Algebraic Expressions | |
Closed Captioned Video: The Distributive Property: a(x + b), all constants positive |
Closed Captioned Video: The Distributive Property: a(x + b), all constants positive
Video Tutorial: The Distributive Property: a(x + b), all constants positive. In this video, we will use the distributive property with an expression of the form a(x + b), all constants positive. |
Numerical and Algebraic Expressions |