Electromagnetism
Electromagnetism
14 simulations in Electromagnetism. Open individual simulation pages for controls and guided notes.
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Electric Field Lines Visualize fields from point charges Magnetic Field Lines Dipole field lines and field-strength regions around a magnet Coulomb's Law Inverse-square electric force between point charges Electromagnetic Wave Propagation Coupled oscillating E and B fields traveling through space Faraday's Law Changing magnetic flux induces an emf in a loop Lenz's Law Induced currents oppose changes in magnetic flux Lorentz Force Charge motion under combined electric and magnetic fields Cyclotron Motion Circular motion of a charged particle in a uniform magnetic field Biot-Savart Law Magnetic field from current elements in a loop Ohm's Law Circuit Voltage, resistance, current, and power in a simple circuit Kirchhoff's Laws Current splitting and loop voltage balance in a branch circuit RC Circuit Capacitor charging/discharging and time constant behavior RLC Circuit / Resonance Driven series RLC response and resonance tuning AC vs DC Time-varying AC compared with steady DC across a load