Physics 2415: General Physics II
Michael Fowler, UVa
Lecture Notes:
Note! Here is a single pdf of the first 24 lectures
Lecture 1: Introducing Electrostatics
Lecture 2: Coulomb’s Law, Superposition
Lecture 3: Dipole Field, Infinite Line and Plane, Conductors
Lecture 4: Gauss’ Law
Lecture 5: Using Gauss’ Law: Spheres, Lines, Planes
Lecture 6: Gravitational and Electrostatic Potentials, Point Charges
Lecture 7: Field Lines, Equipotentials, the Dipole
Lecture 8: Capacitance
Lecture 9: Energy in Capacitors
Lecture 10: Electric Charge and Current
Lecture 11: Drude's Derivation of Ohm's Law
Lecture 12: EMF, Series, Parallel, Kirchhoff's Laws
Lecture 13: Wheatstone bridge, RC Circuits,Flashing light.
Lecture 14: History, Earth's field, Seabed stripes, Force on current in field.
Lecture 15: Force on moving charge in magnetic field, Cyclotron, Van Allen belts.
Lecture 16: Torque on Current Loop, Meters, Motors, e/m, Hall Effect, Mass Spectrometer.
Lecture 17: Forces between Parallel Wires, Ampere's Law.
Lecture 18: Biot Savart, Field on Axis of Loop, Diamagnetism, Paramagnetism, Ferromagnetism.
Lecture 19:Faraday Induction, Formula, Lenz' Law.
Lecture 20: Square Loop in Field, Generators, Eddy Currents.
Lecture 21: Electric Motors, Transformers, Betatron.
Lecture 22: Mutual Inductance
Lecture 23: LC, LR and LRC Circuits
Lecture 24: Circuits with AC Source
Lecture 25: Waves
Lecture on light propagation and Young’s double slit experiment
Spreadsheets:
Spreadsheet for AC LCR Circuit.