Week/TA 
Monday Lecture 
Wednesday Lecture 
Friday Lecture

Jan 4
TA: N/A
No PS/OH this week!


1.
Introduction to Course
LN 1.1: Course Material (5)
LN 1.2: Notation (1)
Basic Electrostatics I:
LN 2.2: Assumptions (1)
LN 2.3: Coulomb's Law, Electric
Field, Dirac Delta Function
(7+1)
LN 2.4: Gauss's Law (8+2)
(22+3)

Reading: G 2.12.2.3 

2.
Basic Electrostatics II:
LN 2.4: Dirac Delta
Function Redux (2)
LN 2.5: Curl E = 0 (3+1)
LN 2.6: Techniques (1)
LN 2.7: Boundary Conditions (7)
LN 2.8: Electric Potential (4+1)
(17+2) 
Reading: G 2.2.24, 2.3.12, 2.3.45


3.
Basic Electrostatics III:
LN 2.8: Electric Potential (3+1)
LN 2.9: Electric Potential Energy (7)
LN 2.10: Conductors (10)
LN 2.10: Capacitance (9)

Reading: G 2.3.5, 2.4, 2.5.14 (J 1.11)



4.
Basic Electrostatics
III:
LN 2.10: Capacitance (17+2)
Advanced
Electrostatics I:
LN 3.1: Laplace's
Equation (6)

Reading: G 2.5.4 (J 1.11)
Reading: G 3.1.13.1.4 (J 1.7)


5.
Advanced
Electrostatics II:
LN
3.2: Uniqueness Theorem (5)
LN 3.3: Method of Images
(10+1)
LN 3.5: Separation
of Variables (3+1)

Reading: G 3.1.53.1.6 (J 1.81.9)
Reading: G 3.2 (J 2.12.4, 2.8) 

6.
Advanced
Electrostatics III:
LN
3.5: Separation of Variables
in Cartesian Coordinates (11+1)
LN
3.8: Separation of
Variables in Spherical
Coordinates: General
Theory (5+1)
LN
3.8: Separation
of Variables in
Spherical Coordinates w/Azimuthal Symmetry (3)

Reading: G 3.3.1 (J 2.9)
Reading: G 3.3.2 (J 3.13.3)


Jan 18
TA: Yanlong
PS is Tuesday night due to Monday holiday


MLK Holiday, no lecture

7.
Advanced Electrostatics
IV:
LN
3.8: Separation
of Variables in Spherical
Coordinates
w/Azimuthal Symmetry (cont.)
(18+2)

Reading: G 3.3.2 (J 3.13.3)


8.
Advanced
Electrostatics
V:
LN
3.10: Multipole
Expansion (14+1)

Reading: G 3.4 (J 4.1)
Reading: G 4.1.3 (J 4.2)



9.
Electric Fields in Matter I:
LN
4.1: Polarizability,
Bound Charges,
and Potential
of Polarizable
Matter (7)
LN 4.2: Displacement
Field,
Boundary
Conditions
(3+2)
LN
4.3: Linear
Dielectrics
(4+7)
LN
4.4: Boundary
Value Problems
with
Dielectrics
(8)

Reading: G 4.14.4.2 (J 4.34.4)


10.
Electric
Fields in Matter III:
LN
4.5: Electrostatic
Energies and
Forces on
Dielectrics
(14+3)
Magnetostatics
I:
LN
5.1: Lorentz
Force, Currents (7)
LN 5.2: Continuity Equation
(2)

Reading: G 4.4.34.4.4 (J 4.7)
Reading: G 5.1 (J 5.15.3)


11.
Electric
Fields in Matter III:
LN
4.5: Electrostatic
Energies and Forces on
Dielectrics (cont.) (8)
Magnetostatics
I:
LN
5.15.4: Currents,
Fields, and Forces (18+3)

Reading: G 5.15.3.3
(J 5.15.3)


Feb 1
TA: TBD
PS/OH this week will focus on
20182020 exams and solutions (see Canvas).


12.
Magnetostatics II:
LN
5.5: Potentials (11+1)
LN 5.6: Boundary Conditions
(5+0; drop BC on vector potential)
LN 5.7: Magnetic Multipole
Expansion (15+5)

Reading: G 5.3.2,
5.3.45.4 (J 5.45.6)


13.
Magnetostatics
II:
LN
5.7: Magnetic
Multipole
Expansion (15+5)
Magnetic
Fields in Matter I:
LN 6.16.2: Potentials and
Fields of Magnetized
Materials (9+1)
LN 6.3:
Auxiliary Field and Permeability
(15+4)

Reading: G 5.4.3 (J 5.7)
Reading: G 6.16.4.1 (J 5.85.10)


14.
Magnetostatics
II:
LN
5.7: Magnetic
Multipole
Expansion (15+5)
Magnetic
Fields in Matter I:
LN 6.16.2: Potentials and
Fields of Magnetized
Materials (9+1)
LN 6.3:
Auxiliary Field and Permeability
(15+4)

Reading: G 5.4.3 (J 5.7)
Reading: G 6.16.4.1 (J 5.85.10)



15.
Magnetic
Fields in Matter II:
LN
6.3: Auxiliary
Field and
Permeability
()
LN
6.4: Boundary Value
Problems in Magnetic
Matter (14+2) (Skip
uniformly mag
sphere, only do
polarizable sphere)
Electrodynamics
I:
LN
7.1: Currents
and Ohm's Law
(7)
LN
7.2: Electromotive
Forces (6)

Reading: G 6.4 (J 5.95.11)
Reading: G 7.1 (J 5.15)


16.
Electrodynamics
II:
LN
7.2:
Electromotive
Forces (9)
LN 7.3:
Electromagnetic Induction, Faraday's
Law (17)
LN 7.4: Inductance
(5)

Reading: G 7.17.2.3
(J 5.15, 5.17)


17.
Electrodynamics
II:
LN
7.2:
Electromotive
Forces (9)
LN 7.3:
Electromagnetic Induction, Faraday's
Law (17)
LN 7.4: Inductance
(5)

Reading: G 7.17.2.3
(J 5.15, 5.17)



Presidents' Day Holiday, no
lecture

18.
Electrodynamics
III:
LN
7.5: Magnetic Energy, Magnetic
Matter, and Magnetic Forces
(14+2)
LN 7.6: Maxwell's Equations
(8)

Reading: G 7.2.47.3.3
(J 5.165.17, J 6.1)


19.
Electrodynamics
IV:
LN
7.6: Maxwell's
Equations (1)
LN 7.6:
Maxwell's
Equations in
Matter (6)
Conservation
Laws:
LN 8.18.2:
Conservation of
Charge, Energy (11)
EM
Waves I:
LN
9.2: Electromagnetic
Waves in Vacuum
(15+1)

Reading: G 7.3.57.3.6
(J 6.1)
Reading: G 8.1 (J 6.7)
Reading: G 9.19.3.1



20.
EM Waves II:
LN 9.2:
EM Waves in
Nonconducting
Matter, Reflection
and Refraction
(21+4)
LN 9.3: EM Waves in
Conductors (5)

Reading: G 9.39.4.1


21.
EM
Waves III:
LN
9.3: EM Waves
in Conductors
(11+1)
LN
9.6: Overview of
Transmission Lines and
Waveguides (5)
Potential
Formulation I:
LN
10.1:
Potential
Formulation
(7)
LN 10.2.1: Retarded
Potentials
(3+4)

Reading: G 9.49.5
Reading: G 10.110.2.1 (J 6.26.4, HM
8.18.2)


22.
EM
Waves III:
LN
9.3: EM Waves
in Conductors
(11+1)
LN
9.6: Overview of
Transmission Lines and
Waveguides (5)
Potential
Formulation I:
LN
10.1:
Potential
Formulation
(7)
LN 10.2.1: Retarded
Potentials
(3+4)

Reading: G 9.49.5
Reading: G 10.110.2.1 (J 6.26.4, HM
8.18.2)



23.
Potential
Formulation
II:
LN 10.2.2: Retarded
Fields (6+2)
Special
Relativity:
LN
11.1: Review
of Special
Relativity
(11)
(Need to add
in review of
basic effects
like time
dilation,
length
contraction;
relativistic
collisions as
HW)
LN
11.2:
Covariant
Formulation of
EM Sources and
Fields (6)

Reading: G 10.2.2 (J
6.5, HM 8.2)
Reading: G 12.1, 12.3, 12.2


24.
LN
11.2:
Covariant
Formulation of
EM Sources and
Fields (7+5)
LN
11.3:
Relativistic
Dynamics with
EM Fields (7)
Radiation
I:
LN 12.1:
Potentials and
Fields of a
Moving Point
Charge (19+2)

Reading: G 12.3, 12.2
Reading: G 10.3.2


25.
LN
11.2:
Covariant
Formulation of
EM Sources and
Fields (7+5)
LN
11.3:
Relativistic
Dynamics with
EM Fields (7)
Radiation
I:
LN 12.1:
Potentials and
Fields of a
Moving Point
Charge (19+2)

Reading: G 12.3, 12.2
Reading: G 10.3.2


Mar 8
TA: TBD
Th/F OH shifted to Tu/W at nominal times;
no W 46 pm OH


26.
Radiation II:
LN
12.2: Power
Radiated by an
Accelerating
Point Charge
(4; skip brem
and sync)
LN
12.3:
Radiation:
General Theory
(10+1)
LN 12.4: Electric Dipole
Radiation (5+1)
LN 12.5: Magnetic Dipole
Radiation (4+1)

G 11.2.1,
11.1 (HM 8.48.6, 9.1)
G 11.2.211.2.3 are being skipped, you are
not responsible for this material.


Final Exam Review
Session
during normal lecture time (SG)





N/A 
