| Title | Plane Geometry 2 |
| Brief description | This worksheet provides problems that show students 2-D geometry in an applied sense, using everyday scenarios. This is similar to Plane Geometry 1, but was designed for industrial/mechanical students. |
| Purpose | Contextual application; Practice problems |
| Topic(s) | Perimeter; Area |
| Type of activity | Student individual work |
| Where work is done | Either in and out of class |
| Time required | 10 to 30 minutes |
| Technology needed | Simple four-function calculator |
| Suggestions for implementation | This problem set follows a lesson of angles and basic 2-D geometry. There are three problems, using respectively: angle evaluation (how many degrees in this object set), surface area of squares/circles, and the Pythagorean Theorem to evaluate a ladder's length. |
| Task developer(s) | David Peterson and Eleni Palmisano |
| College | Centralia CC |
| License | Open (CC-BY) |
| Files: | Plane Geometry 2 Preview |
| Posted | December 18, 2012, 9:57 am by Maricopa Teacher |
| Last Updated | December 18, 2012, 9:57 am |
