De Anza College - Lana Sheridan
Lecture 1: Intro, Charge
Lecture 2: Electrostatic Force, Coulomb's law, Electric field
Lecture 3: E-field from many charges, charge density
Lecture 4: Motion of a charge in an E-field
Lecture 5: Flux, Gauss's law
Lecture 6: Electric potential energy
Lecture 7: Electric potential
Lecture 8: Electric potential and conductors; capacitance
Lecture 9: Energy stored in capacitors, dielectrics
Lecture 10: DC Circuits, Resistance, power
Lecture 11: emf, resistor combinations, meters, Kirchhoff's law applied
Lecture 12: Resistance-capacitance circuits
Lecture 13: Magnetism
Lecture 14: Magnetic force on moving charges
Lecture 15: Hall effect, particle accelerators, magnetic force on a wire
Lecture 16: Torque on a loop, magnetic moment, magnetism
Lecture 17: Magnetic field from moving charges and currents
Lecture 18: Ampere's Law, motional emf, Faraday's law
Lecture 19: Applying Faraday's law
Lecture 20: Inductance, Transformers, Maxwell's Laws
Lecture 21: Review (Faraday's law, magnetic field, Gauss's law
Lab Lecture 1, 24 Sept 2015
Lab Lecture 2, 1 Oct 2015
Lab Lecture 3, 8 Oct 2015
Lab Lecture 4, 15 Oct 2015
Lab Lecture 5-6, 22 Oct 2015
Lab Lecture 7, 5 Nov 2015
Lab Lecture 8, 12 Nov 2015
Lab Lecture 9, 19 Nov 2015