Policies/Syllabus
Lab
instr (prelim)




lec 1: Intro + Coulomb's
Law 
HW1
HW1sol 


lec 2: continuous charge
distributions + Gauss's Law




lec
3: examples + force on patch 



lec 4: gradient +
electrostatic potential 
HW2
HW2sol

Lab
1 

lec 5: electrostatic
potential examples




lec 6: divergence +
differential form
of Gauss's Law




lec 7: curl + conductors
in electrostatic fields

HW3
HW3sol

Lab 2: E1


lec 8: conductors in static E
fields +
Laplace's equation




lec 9: method of images+
capacitors and capacitance




lec 10: capacitors and
capacitance (continued)

HW4
HW4sol 
Lab 3:
EC2


lec 11: electric current +
Ohm's Law




lec 12:
circuits with resistors + capacitors 



lec 13:
more
circuit examples with resistors + capacitors 
Practice MT 1

Practice MT 1 sols


lec14: midterm 1
discussion

HW5
HW5sol



lec
15: diode 
HW6
HW6sol

Lab 4:
EC3


lec
16: BiotSavart 



lec
17: solenoid 



lec 18: Ampere's law

HW7
HW7sol

Lab 5:
E4


lec 19:
Hall effect+ magnetic pressure 



lec 20: Faraday's Law

HW8
HW8sol

Lab 6:
EC5


lec 21: inductance




lec 22: midterm 2 review

Practice MT 2

Practice MT 2 sols


lec
23: undriven RLC + begin AC steady state 
HW9
HW9sol



lec
24: resonance and filters 



lec 25: Power in
AC circuits 
HW10
HW10sol

Lab 7:
E6 

lec 26: Maxwell
equations 



lec 27: electromagnetic waves




lec 28: electromagnetic waves, Poynting vector

HW11
HW11sol

Lab 8:
E7


lec 29: sources of EM radiation (updated)




lec
30: Larmor radiation + polarization 



lec
31: begin relativistic transformation of fields 
HW12
HW12sol



lec
32: relativistic effect examples 



lec
33: Lorentz force 
Practice MT3 


lec 34:
interference 
HW13
HW13sol



lec 35:
diffraction 
HW14
HW14sol

Lab 9:
LC1


lec
36: optics 1 



lec
37: optics 2 



lec 38: dielectrics


Lab 10:
LC2


lec 39: waves in dielectric media, magnetic
materials




lec 40: course
overview/
final exam review



