PHYSICS 230-01 LECTURE SCHEDULE B- FALL 2004 J.M. LOCKHART

Week Lect.# Date Topics Reading

1 1 8/25 Introduction; Overview 754-763
2 8/27 Charge, Field, Coulomb's Law 764-771
2 3 8/30 Superposition, Field Lines 771-777
4 9/1 Gauss's Law 777-784
5 9/3 Using Gauss's Law 790-794
3 9/6 Labor Day Holiday - No Class
6 9/8 Calculating E via Integration; Surface Charge 794-799
7 9/10 Volume Charge; Charge Motion; Dipole 799-805
4 8 9/13 Potential Energy - Pair of Charges 813-818
9 9/15 Electric Potential; Potential Energy of a System 818-824
10 9/17 Equipotential Surfaces; Potential by Integration 824-829
5 11 9/20 Conductors 829-834
12 9/22 Basic DC Circuits 844-848
13 9/24 Current & Resistance 849-853
6 14 9/27 Combinations of Resistors 853-858
15 9/29 Kirchoff's Rules 858-866
16 10/1 MIDTERM I (Chapters 23-25)
7 17 10/4 Capacitance 876-879
18 10/6 Capacitors in Circuits 880-884
19 10/8 Dielectrics 884-889
8 20 10/11 Electric Energy 889-893
21 10/13 Magnetic Fields 898-903
22 10/15 Current Loops and Coils 903-907
9 23 10/18 Ampere's Law 907-914
24 10/20 Gauss's Law & Ampere's Law Combined 914-916
25 10/22 Applications of Magnetic Fields 923-931
10 26 10/25 Magnetic Force & Torque 931-937
27 10/27 Magnetic Materials 938-939
28 10/29 Ferromagnetism; Magnetic Field Intensity 940-943
11 29 11/1 Faraday's Law - Induction 953-960
30 11/3 Motional emf 961-967
31 11/5 Induced Electric Fields 967-972
12 32 11/8 Eddy Currents, Displacement Current 973-978
33 11/10 MIDTERM II (Chapters 26-29 )
34 11/12 Capacitor Circuits 987-993
13 35 11/15 Inductance 993-999
36 11/17 Inductor Circuits 999-1003
37 11/19 The LRC Circuit 1003-1008
14 38 11/22 AC Circuits 1016-1021
39 11/24 2-Component Circuits 1021-1025
11/26 Thanksgiving Vacation No Class
15 40 11/29 Phasors 1025-1029
12/1 Advising Day No Class
41 12/3 LRC Circuit 1029-1032
16 42 12/6 EM Waves 1040-1044
43 12/8 Energy in Waves 1044-1047
44 12/10 Antennae, Waveguides, & Transmission Lines 1057-1058
17 12/13 FINAL EXAM (10:45 a.m.)