De Anza College - Lana Sheridan

Lecture 1: Intro to course, charge

Lecture 2: Conductors and insulators, conservation of charge, Coulomb's law

Lecture 3: Coulomb's law, Force from many charges

Lecture 4: Electric field

Lecture 5: Electric field, effects on charges, electric dipole

Lecture 6: Electric dipole, continuous charge distributions

Lecture 7: Continuous charge distributions, Faraday cages

Lecture 8: Electric flux, Gauss's law

Lecture 9: Using Gauss's law

Lecture 10: Implications of Gauss's law, Electrical potential energy

Lecture 11: Electric potential energy, Electric potential

Lecture 12: Potential around charge distributions, between parallel plates

Lecture 13: Conductors, Dipole in E-field, Millikan's experiment

Lecture 14: Capacitance

Lecture 15: Capacitance of different conductors, Capacitors in Parallel

Lecture 16: Capacitors in Series, Energy Stored, Dielectrics

Lecture 17: Dielectrics and Capacitors

Lecture 18: Current

Lecture 19: Resistance and Resistivity

Lecture 20: Drude model, Exotic conductors, Power

Lecture 21: Power, Resistors in Series and Parallel, EMF

Lecture 22: Load Matching, DC circuit analysis, Kirchhoff's Laws

Lecture 23: Using Kirchhoff's laws

Lecture 24: Resistance-Capacitance circuits

Lecture 25: RC Circuits, Meters, Grounding and household wiring

Lecture 26: Grounding and household wiring

Lecture 27: Magnetism and magnetic fields, charged particle in a magnetic field

Lecture 28: Charge particle motion in magnetic fields

Lecture 29: Crossed electric and magnetic fields

Lecture 30: Particle accelerators, cyclotron

Lecture 31: Synchotrons, magnetic force on a current-carrying wire

Lecture 32: Force on a wire, torque on a wire loop, magnetic moment

Lecture 33: Magnetic field around a current

Lecture 34: Gauss's Law, Ampere's Law

Lecture 35: Solenoids, force between wires with current

Lecture 36: Current loops, magnetic dipoles, magnetism of matter

Lecture 37: Motional EMF, Faraday's Law

Lecture 38: Lenz's Law, applications

Lecture 39: Eddy currents, electric field, review

Lecture 40: Relativity and EM Fields

Lecture 41: Inductors, RL Circuits

Lecture 42: Energy in inductors, Mutual inductance

Lecture 43: Mutual inductance, LC circuits

Lecture 44: RLC Circuits, AC Circuits

Lecture 45: AC Circuits, Transformers

Lecture 46: AC Circuits with Inductors and Capcitors, Reactance

Lecture 47: AC Circuits, Impedance, Power

Lecture 48: Maxwell's laws, EM radiation