3D Calculus Project

3D Calculus Project

Goals:

Task:

Complete a 3D physical project and an analysis of your 3D model/machine/design.

$3dfractaltree$

Stage 1 - Explore Your Options

You may take many directions with this project. As long as you can answer yes to both these questions, you're project will likely get approval:

Here are some thoughts about your options.

The "standard 3D model."

Replications of
3D "machines" or "designs"

3dproj Using materials of your own choosing,
build a model of a 3D equation.

To build such a model, a 3D graphics program is needed.

"NuCalc" should be loaded on our laptops. Run the "Demo"!
Check out online options like
http://web.monroecc.edu/calcNSF/
http://www.wolframalpha.com
http://www.archimy.com/

Perhaps you'd like to build something like a harmongraph.

trebuchet

There are plenty of wondrous 3D math machines and designs people have spent much time already researching.

Most people enjoy doing the "standard 3D model." However, there are limitless options.

Stage 2 - Think and Understand

Before you begin to build anything,

Explore methods on how you might go about building your 3D model/machine/design.

For the "standard 3D model" consider cross-sections with respect to different variables in your equation.

Think about the math behind your project. What is the Calculus behind the project?
Choose a process to build your model. Test drive your process and see if you like it and if it will work.
Write a rough draft which explains how you plan to build your model.

	Stage 3 - Build and Explain
	Build your 3D model/machine/design! Write up an analysis of your project. A multi page analysis will be required to show the construction process of your model the role of calculus in your model. Some acceptable forms for your analysis: Powerpoint Prezi Video Microsoft Word

Ferrismath.com