Augmented Reality (3D GC): Explorations & Lesson Ideas
- Author:
- Kevin Mahoney, Tim Brzezinski
This book contains an introduction, lesson ideas, and various means through which math teachers can use GeoGebra Augmented Reality to create dynamic, student-centered, exploratory learning environments. This volume will continue to grow over time.
Table of Contents
Getting Started (Intro)
Geometry Explorations
- Surface Area: Intuitive Introduction
- Volume: Intuitive Introduction
- Rotating 2D Graphs about Lines to Create 3D Surfaces of Revolution in GeoGebra AR
- Surface of Revolution: GeoGebra Augmented Reality Template
- Rectangular Prism Diagonal Exploration in GeoGebra AR
- Exploring Modifiable Triangular Prisms in GeoGebra AR
- Unwrapping a Cylinder: REVAMPED!
- Cone Anatomy
The 5 Platonic Solids
Precalculus Explorations
Calculus Explorations
- Disc Method: REVAMPED!
- Disc Action!!!
- Rotating Function Graphs about the xAxis within GeoGebra AR
- Surface of Revolution: GeoGebra Augmented Reality Template
- Washer Method: REVAMPED!
- Cylindrical Shells: REVAMPED!
- Custom Surface of REV in GeoGebra AR: Template
- Solids with Various Cross Sections: AR Templates
- Arc Length to Surface of Revolution: Calculus
- Partial Derivatives: Graphical Illustrator
- Spherical Coordinates: Dynamic Illustrator
- Cylindrical Coordinates: Dynamic Illustrator
- Circular Paraboloid of Revolution
- Special Hyperboloid of 1 Sheet as a Locus
- Special Hyperboloid of 2 Sheets as a Locus
Miscellaneous Explorations
3D Modeling Challenges
Modeling Demos