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| Sets of digital manipulatives can be created in order to teach addition, subtraction, multiplication and division | | | Physics teachers can set up experiments as 3D models for illustration purposes. | | | | | Elementary school students can use Google SketchUp to construct and fold together nets to create three-dimensional polyhedra | Building 3D models of buildings, towns and cities is a fun way to learn about history | Students and teachers can use Google Earth and Google SketchUp to create geo-scavenger hunts. | Chemistry students and teachers can use Google SketchUp to build 3D molecules | Students can create original designs and then write about the component and function of each | Students can create original abstract 3D works of art | Students can use Google SketchUp and Google Earth to create 3D maps of their school environment or hometown | | Google SketchUp can be used to illustrate conic sections | | | | | | | | Trigonometry can be taught by building three-dimensional problems | | | | | | | | Google SketchUp can be used to show volumes of revolution to students studying pre-calculus | | | | | | | | Students can use Google SketchUp to learn about area and volume | | | Students can create 3D models of machines to show how all the parts work together | | | Working collaboratively, students can construct entire communities of buildings, trees and vehicles. |
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