|
I.
Electricity [movie I (A):
1-13; II (B): 14-32]
1.
E-field
of a long wire
2.
Charge elements:
rod, ring, disk
3.
Arc angle and solid
angle
4.
Charge
elements: on/in a sphere
5.
Flux, definition
6.
Gauss’ Law
7.
Gauss’ boxes
8.
Divergence theorem
9.
“Gauss” in differential
form
10. Electrostatic crane
11. Gradient
12. Electric
potential
13. Field and potential
14. Vector
fields: rotation-free
15.
Vector
fields: non-zero rotation
|
16.
Lightning:
greatest risk
17.
Particle
transport and flux
18. Point
charge opposing conductor
19. Idem;
flat conductor
20. Electric
field at interface
21.
Energy
of/in a charge distribution
22. Energy to charge a capacitor
23.
Change
space in a flat conductor
24. Conductor:
field at boundary
25. Electric
dipole
26. Polarization of a dielectric
27. Volume polarization and surface charge
28. Dielectric
displacement
29. E-field
at interface
30. Electret: E and D
31. Capacitors: series
and parallel
32.
Capacitors: spheres and cylinders
|
|
II.
Magnetism [movie I (A):
1-13; II (B): 14-27]
1.
Magnetic
force on a current wire
2.
Hall effect
3.
Magnetic
field of a line current
4.
Idem. Circular
circuit
5.
Idem. Circular solenoid
6.
Magnetic force between currents
7.
Why
is the wire moved by Lorentz force?
8.
Ampère’s Law
9.
B-field
from a thick wire
10. Magnetic induction of a solenoid
11. Symmetries for Ampère’s Law
12. Magnetic pressure
13. Vector potential A
|
14. Magnetic dipole
15. Magnetization and Polarization
16. Magnetic
circuit: torque and
energy
17. Electret and Magnet
18.
B- and H-fields at interface
19. Toroid with air gap
20. Induction:
conductor moves in field
21. Induction:
Faraday’s Law
22. Induction in rotating circuit frame
23. Electromagnetic brakes
24. Coupled
circuits
25. Coax cable: self inductance
26. Magnetic field
energy
27. Maxwell’s Fix of Ampère’s Law
|
|
III.
Electromagnetic
Waves
1.
Gauss’
and Faraday’s Laws for E (D)-field
2.
Gauss’
and Maxwell’s Laws for B
(H)-field
3.
Maxwell’s
Equations and The Wave Equation
4.
Harmonic
Solution of the Wave Equation
|
5.
Plane
waves
a. orientation of field vectors
b. complex wave vector
c. B - E
correspondence
6.
The
Poynting Vector and Intensity
|