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The classical theory of electric and magnetic fields, both in the static and dynamic case. It also covers general questions about magnets, electric attraction/repulsion, etc. Distinct from electrical-engineering.

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Lorentz Force and Faraday’s Law in Moving Conductor

Let’s say we have two conducting rail tracks bridged together by a conducting rod of length d. We drop the rod from height H, and it moves into a magnetic field coming upward (out of the page). Accor …
Sebastian Pojman-Malo's user avatar