Electricity and Magnetism: Maxwell’s Equations

• Why Study Electromagnetism
• The Story Continues - the Higgs Particle
• L23v1: Electromotive Force
• L23v4: Faraday's Law
• L24v1: Bar Magnet Through a Coil of Wire
• L24v2: Magnet Through a Copper Pipe
• L24v4: Jumping Ring
• L25v2: Right Hand Rule to Find the Direction of the Induced Electric Field
• L25v3: Lenz's Law to Find the Direction of Induced Electric Field
• L25v4: Induced Electric Field Outside a Solenoid with Changing Current
• L25v5: Eddy Current Braking
• L26v1: Mutual Inductance
• L26v4: Self Inductance
• L27v1: Energy in and Inductor
• L27v2: Magnetic Energy Density
• L27v3: Calculating Capacitance and Inductance in Two Ways
• L28v1: Charge on a Capacitor in an RC Circuit
• L28v2: Inductors in a Circuit
• L28v3: Current in a LR Circuit
• L28v4: Time Constants
• L28v5: LR Circuit Demo
• L29v1: Review of Simple Harmonic Motion
• L29v2: Introduction to LC Circuits
• L29v3: LC Circuit and Mass on a Spring Analogy
• L29v4: LC Oscillator Equation