Class #	Day	Date	Chapter,sections	Topic
				Electricity and Magnetism
1	Wed	Jan 14	23: 1-3	Electric Charge and Force
2	Fri	Jan 16	23: 4-5	Electric field
3	Mon	Jan 19	23: 6-7	Electric  field
4	Wed	Jan 21	24: 1-2	Electric flux
5	Fri	Jan 23	24: 3-4	Gauss' Law
6	Mon	Jan 26	25:  1-3	Electric Potential
7	Wed	Jan 28	25: 4-6	Electric potential
8	Fri	Jan 30	26: 1-2, 4	Capacitors
9	Mon	Feb 2	26: 3-5	Capacitors
10	Wed	Feb 4	27: 1-2	Electric current
11	Fri	Feb 6	27: 6, 28: 1	Electric energy, Electromotive force
12	Mon	Feb 9	28: 2-3	Connected resistors
13	Wed	Feb 11	28: 3-4	Kirchhoff's rules, RC circuits
14	Fri	Feb 13	29: 1-2	Magnetic field
15	Mon	Feb 16	29: 3-4	Effects of magnetic field
16	Wed	Feb 18	29: 5	Applications
17	Fri	Feb 20	30: 1-2	Biot-Savart Law
18	Mon	Feb 23	EXAM I	Chapters 23-29
19	Wed	Feb 25	30: 3-4	Amphere's Law
20	Fri	Feb 27	30: 5-7	Gauss' law for magnetism
21	Mon	Mar 1	31: 1-3	Faraday's Law, Lennz'  Law
22	Wed	Mar 3	31: 2-4	Motional EMF, Induced EMF
23	Fri	Mar 5	32: 1,4	Inductance
			SPRING BREAK
24	Mon	Mar 15	32: 3, 33: 8	Magnetic energy, Transformers
25	Wed	Mar 17	32: 2, 5-6	Circuit Oscillations  (treated lightly)
26	Fri	Mar 19	33: 2-5, 34: 1-3	Driven RLC Circuits, Maxwell's equations, EM waves
27	Mon	Mar 22	34: 5-6	EM waves
28	Wed	Mar 24	Chapters 29-32	Review
29	Fri	Mar 26	EXAM II	Chapters 29, 30, 31 and 32
				Light
30	Mon	Mar 29	37: 1-3	Interference
31	Wed	Mar 31	38: 1-3	Diffraction
32	Fri	Apr 2	38: 6	Polarization
				Modern Physics
33	Mon	Apr 5	39: 1-4	Special Relativity
34	Wed	Apr 7	39:  5-7	Special Relativity
35	Fri	Apr 9	39: 7-9	Relativistic momentum  and        energy
36	Mon	Apr 12	40 : 1-3	Quantum theory
37	Wed	Apr 14	40: 4-5, 7-8	Quantum theory
38	Fri	Apr 16	41: 1-3	Quantum Mechanics
39	Mon	Apr 19	41: 4-5	Quantum mechanics
40	Wed	Apr 21	41: 6-8	Quantum mechanics
41	Fri	Apr 23	42: 1-4	Atomic Physics
42	Mon	Apr 26	44: 1-7	Nuclear structure
			FINAL EXAM

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