Inspired by the work of Professor Bruce Sherwood to create a new, more intuitive way to teach electrical circuits, “Circuit Electron Flow” simulates the flow of electrons through a wire caused by electric fields created by surface charges. Four different situations are presented, in order of increasing complexity:
This simulation deviates from traditional Ohm’s Law-based circuit analysis techniques, and shows students behavior of the individual electrons in a circuit. Students no longer are asked to merely accept that electrons flow along a wire, but rather are asked to show *why* electrons would flow along a wire rather than merely away from the negative end of a battery and toward the positive end of a battery.
The simulation is designed to be simple enough to understand by itself, while the corresponding worksheet walks students through a set of increasingly complex scenarios to build their understanding of the physics behind electron flow in a circuit. For an introduction to the mechanics of electron flow through metal, please see our “Drude Model Conduction” simulation.
Please let us know what you think of “Circuit Electron Flow” in the comments below!
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