Electricity, electromagnetism and magnetism

LCR Circuits

Energy Storage in LC Circuits and Electromagnetic Oscillations

Self-Inductance

Changing Magnetic Flux Produces Electric Field

Using Lenz's Law to Find Direction of Induced Current

Biot-Savart Law Example

Magnetic Torque and Magnetic Dipole Moment

RC Circuits, Charging Capacitors, Discharing Capactiors and Equations

RC Circuits, Charging Capacitors and Equation Derivations

RC Circuits and Discharging Capacitors with Equation Derivations

Parallel Plate Capacitors

Voltage due to Electric Dipoles

Electric Dipole and Electric Dipole Moment

Electric Field due to Ring of Charge

Electric Field due to Long Thin Line of Charge

cours #9 d'introduction à l'électromagnétisme

course #9 introduction to electromagnetism

Resistors in Parallel and in Series

Dielectrics and Dielectric Constant

Batteries, Capacitance and Capacitors

Electric Potential (Voltage)

Electric Field

Coulomb's Law

cours #5 d'introduction à l'électromagnétisme

course #5 introduction to electromagnetism

cours #4 d'introduction à l'électromagnétisme (L2)

Lecture #4: Introduction to Electromagnetism (L2)

cours #1 d'introduction à l'électromagnétisme (L2)

course #1 introduction to electromagnetism (L2)