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3D model description
Use this manipulative to build an intuitive understanding of how the "b" coefficient of a quadratic function affects the graphed parabola.
Here's a quick overview video:
Given a quadratic equation of the form:
y = ax^2 + bx + c
The "a" coefficient stretches the parabola vertically. The "c" coefficient moves the parabola up and down. These are easy to understand. But the "b" coefficient is a little more tricky. Use this manipulative to get a feel for how it works.
For teachers I've included the following:
1) Non-verbal instructions for assembling (pdf file). I like giving students opportunities to practice following visual instructions.
2) Exploration Guide (pdf file). Good questions for project-based learners to explore parabolas using this manipulative.
3) A game-based virtual manipulative for students to interact with online:
Here are the Common Core standards connected to this manipulative: F_IF.7, G_GPE_3.1 (California addition), G_GPE.1 and G_GPE.2.
The source files in SketchUp are also provided in a zip archive.
3D printing settings
Print out all the parts and then follow the visual instructions in the Visual_Instructions.pdf file.
Here are the colored filaments I used for the different parts:
WHITE: Parabola Backbone.stl, Parabola Frame.stl, Parabola Slope Knob.stl
BLACK: Parabola Slope Bar.stl, Parabola Slope Pin.stl
BLUE: Parabola Rods.stl
3D printer file information
3D design format: STL and ZIP Folder details Close
- Publication date: 2018/11/29 at 15:26
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