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Lecture Notes

Piers Coleman, 2007

The lecture notes will be posted here shortly before the corresponding lecture.  

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Num. Date Subject This year
1
Sept 6
Introduction to course.  Coulombs Law
View    Review on  vectors
2
Sept 10
Electric Fields
View
3
9/13 Electric Flux, Gauss' Law View
4
9/17 Applying Gauss's Law; Conductors in Electrostatics View
5 9/20
Electric Potential View
6 9/24
Calculating Potentials View
7 9/27
Capacitors and stored energy View
8 10/1
Dielectrics View
9 10/4
Current, resistance, Ohm's law View
10 10/8
Circuits, EMF, Power, model of resistivity
View 
11 10/11
Combinations of resistors, Kirchhoff's rules View

10/15
Review for 1st Midterm

12 10/18
RC circuits, electrical instruments View
13 10/22
Magnetic fields and forces View
14 10/25
Hall Effect, Forces on Currents.
View
15 10/29
Biot-Savart Law, magnetic force (Field of a Current) View
16
11/1
Ampere's Law, Gauss' Law  
View
17
11/5
Displacement current, magnetism  View

11/8
Review for 2nd Midterm

18 11/12
Induction: Faraday's Law, Lenz's Law View
19 11/15
Induced EMF, Maxwell's Equations View
20 11/19
Inductance, RL circuits View 
21 11/20
Mutual Inductance, circuits with L and C (LC and RLC) View
22 11/26
AC circuits View
23 11/29
AC RLC circuits   View
24 12/3
Electromagnetic waves, Energy and Momentum           
View 
25 12/6
Standing waves, antennas, spectrum View
Wave in cavity
26 12/10
The Mathematics of Electricity and Magnetism View  2006: The Year of Maxwell




 

Piers Coleman (coleman@physics.rutgers.edu)
Last modified: Feb  6, 2006