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A van de Graaff Generator Attracting a Charge.
A van de Graaff Generator Repelling a Charge.
The Electric Field of a Positive Charge.
Electric Field of a Moving Positive Charge.
Electric Field of a Moving Negative Charge.
The Electric Field of a Dipole.
Integrating Along a Line of Charge.
The Line of Charge.
Integrating Around a Ring of Charge.
The Ring of Charge.
The Force on a Charge in a Time-Changing Field.
Repulsion of Charges with Same Sign.
Attraction of Charges with Opposite Sign.
Creation of an Electric Dipole.
Creating an Electric Field.
Destroying an Electric Field.
Scattering of Charges of Same Sign.
Scattering of Charges of Opposite Sign.
Molecules.
Interactive Molecules 2D.
Interactive Molecules 3D.
Interactive Dipoles.
The Ion Trap.
Simulation of a Nucleus and Four Electrons.
The Suspension Bridge 2D.
Charge Moving in a Constant Field.
The Suspension Bridge 3D.
Charging a Van de Graff Generator (applet).
Charging a Van de Graff Generator (animation).
Charging and Discharging Two Van de Graff Generators.
Lattices 2D.
Lattices 3D.
Colliding Lattices.
Charges Interacting inside a Pentagon-shaped Box.
The Capacitor.
The Electrostatic Force Experiment.
The Electrostatic Zoo.
The Electrostatic Videogame.
Two Point Charges.
Charging by Induction.
The Force on a Charge Moving Through an Electric Field.
The Charged Metal Slab.
Torque on an Electric Dipole in a Constant Field.MIT OpenCourseWare makes the materials used in the teaching of almost all of MIT's subjects available on the Web, free of charge. With more than 2,000 courses available, OCW is delivering on the promise of open sharing of knowledge.
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