| Fall 2002 | Daniel Finley |
| Text: Fundamentals of Physics , Halliday, Resnick, and Walker, 6th Edition; | |
| Parts II and III [Chapters 19-33] (paperback). | |
| Week beginning | Chapters/Sections | Content/Comments |
| 19 August | Chapter 19:1-10, also review Ch. 15:2-5 on Pressure |
Temperature [0th Law]; Thermal Expansion & Equilibrium ; The 1st Law & P-V diagrams |
| 26 August | Ch. 19:9-11 Ch. 20:1-4 |
The First Law: Work, Heat, Energy Heat Transport! Gases as Collections of Molecules: Ideal Gases: a simple example |
| 2 Sept.
No Class |
Ch. 20:4-5, 7-9, 11 Skip § 6, 10 |
Kinetic Theory; Equipartition of Energy; Specific Heats |
| 9 Sept. | Ch. 21 read slowly, carefully |
Entropy;
The Second Law; Carnot Engines [efficiencies]; real Engines & Refrigerators |
|
16 September
Exam Friday, |
Ch. 22 Ch. 23:1-2 |
Electric Charge; Coulomb's Law; Conductors/Insulators; the Electric Field |
| 23 Sept. Friday is last day to drop without questions |
Ch. 23:1-9 & Ch. 24:1-3 |
Electric Field lines; many Examples; Electric Dipoles; Electric Flux |
| 30 Sept. |
Ch. 24: 4-9, and Ch. 25: 1-3 |
Gauss' Law, many Examples; Potential Difference |
| 7 Oct.
Friday is |
Ch. 25: 3-11, and Ch. 26: 1-2 |
Equipotential Surfaces, Field vs Potential; Capacitance |
| 14 Oct. |
Ch. 26: 3-8, and Ch. 27: 1-7 |
Dielectrics; Capacitance and Resistance; Ohm's Law & others |
| 21 Oct. EXAM II on Monday over Chs. 22-26 |
Ch. 28: 1-7, briefly, and Ch. 28: 8 |
Currents; Circuits, once over lightly; RC-circuits and time dependence |
| 28 Oct. | Ch. 29 |
Magnetic Fields; Magnetic Dipoles; Forces & Torques on Currents |
| 4 Nov. | Ch. 30 |
Magnetic Fields caused by
Currents; Ampere's Law |
| 11 Nov. | Ch. 31 |
Magnetic Induction, Faraday's Law; time-dependent fields |
| 18 Nov. Exam III Wednesday, on Chs. 27-30 | Ch. 32:1-8 |
Magnets as Sources; and their kinds |
| 25 Nov. |
Ch. 32: 9-10 and Ch. 33:1-4 Thanksgiving is Thurs./Fri. |
Maxwell's Equations; LC oscillations |
| 2 December |
Ch. 33:5-11 maybe some of Ch. 34 |
RLC circuits; E&M oscillations; radio waves |
| (Cumulative only on E&M) Final Exam | ||
| Wednesday, 11 December, 10-12 AM | ||