A couple of years ago, as part of my efforts to use interactive visualizations as a learning tool, I wrote a Mathematica notebook for the Introductory Physics class to allow one to visualize the electric field lines and equipotential surfaces from a collection of point charges. Charges could be added or removed, moved around freely and the strength of each charge changed. This was a valuable tool for students in the class to develop an intuition for how electric fields behave and to identify their many interesting geometric properties.
I’ve now converted the notebook into a demonstration which has today been accepted on the Wolfram Demonstrations Project. This means it’s permanently available and usable by everyone with the free Wolfram Computable Document Format player.
Recent Blog Posts
- Chris Burke receives an honorable mention at Tufts’ Graduate Student Research Symposium
- Tim Atherton Awarded Cottrell Scholarship
- Chris Burke participates in Tufts’ Graduate Institute for Teaching
- Chris Burke’s Jamming Game for GIFT
- New publication: “Simulating Defect Textures on Relaxing Nematic Shells”
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