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Chemistry Model Kit: VSEPR 3D

Use your smartphone and a Google Cardboard viewer to visualize the 3D shapes of molecules as predicted by the Valence Shell Electron Pair Repulsion (VSEPR) model

Use your smartphone and a Google Cardboard viewer to visualize the 3D shapes of molecules as predicted by the Valence Shell Electron Pair Repulsion (VSEPR) model

Chemistry Model Kit: VSEPR 3D

by Cheryl Montgomery
Chemistry Model Kit: VSEPR 3D
Chemistry Model Kit: VSEPR 3D
Chemistry Model Kit: VSEPR 3D

What is it about?

Use your smartphone and a Google Cardboard viewer to visualize the 3D shapes of molecules as predicted by the Valence Shell Electron Pair Repulsion (VSEPR) model. Click on the models to explore the 3D shapes and their corresponding 2D representations. This app was created to help you understand and remember the predicted electronic geometries, molecular geometries, and bond angles for molecules with up to 6 electron regions around a central atom. Immerse yourself, explore, and learn.

Chemistry Model Kit: VSEPR 3D

App Details

Version
1.0.1
Rating
NA
Size
153Mb
Genre
Education
Last updated
October 25, 2016
Release date
October 21, 2016
More info

App Screenshots

Chemistry Model Kit: VSEPR 3D screenshot-0
Chemistry Model Kit: VSEPR 3D screenshot-1
Chemistry Model Kit: VSEPR 3D screenshot-2
Chemistry Model Kit: VSEPR 3D screenshot-3

App Store Description

Use your smartphone and a Google Cardboard viewer to visualize the 3D shapes of molecules as predicted by the Valence Shell Electron Pair Repulsion (VSEPR) model. Click on the models to explore the 3D shapes and their corresponding 2D representations. This app was created to help you understand and remember the predicted electronic geometries, molecular geometries, and bond angles for molecules with up to 6 electron regions around a central atom. Immerse yourself, explore, and learn.
This app was created and developed at Tennessee Tech University by chemistry instructor Janet Coonce and computer science student Evgeny Vasilyev, in collaboration with TTU’s iCUBE, with significant contributions from chemical engineering student Savannah Hall and graphic art student Brandon

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