Week/TA

Monday Lecture 
Wednesday Lecture 
Friday Lecture 

27.
Electrodynamics II:
LN 7.1: Fields, charges and currents in wires
(3)
LN 7.2: Motional Electromotive Forces (12)
(15)

Reading: G 7.1.17.1.3 (J 5.15) 

28.
Electrodynamics III:
LN 7.2: Motional Electromotive Forces (cont.)
(3)
LN 7.3: Electromagnetic Induction, Faraday's
Law (13)
(16)

Reading: G 7.1.3 (J 5.15)
Reading: G 7.2.17.2.2 (J 5.15) 

29.
Electrodynamics IV:
LN 7.4: Inductance (5)
LN 7.5.17.5.5: Magnetic Energy (8)
(13)

Reading: G 7.2.3 (J 5.17)
Reading: G 7.2.4 (J 5.165.17) 


30.
Electrodynamics V:
LN 7.5.47.5.5: Magnetic Energy (cont.) (6)
LN 7.5.67.5.7: Magnetic Forces (5)
(11)

Reading: G 7.2.4 (J 5.165.17)


31.
Electrodynamics VI:
LN 7.6.17.6.2: Displacement Current (5)
LN 7.6.3: Maxwell's Equations in Vacuum (4)
LN 7.6.45: Maxwell's Equations in Matter,
Boundary Conditions (5)
(14)

Reading: G 7.3.17.3.4 (J 6.1) 

32.
Conservation Laws:
LN 8.18.2: Conservation of Charge, Energy
(11)
EM Waves I:
LN 9.2.1: Electromagnetic Waves in Vacuum (4)
NOTE: LN 8.38.4 is being skipped, you
are not responsible for it.
(15)

Reading: G 8.1 (J 6.7)
Reading: G 9.1 (J 7.1)



33.
EM Waves II:
LN 9.2.29.2.7: Electromagnetic Waves in
Vacuum (13)
(13)

Reading: G 9.19.2 (J 7.17.2) 

34.
EM Waves III:
LN 9.3.19.3.4: EM Waves in Nonconducting
Matter, Reflection and Refraction (13)
(13)

Reading: G 9.3 (J 7.3) 

35.
EM Waves IV:
LN 9.3.59.3.8: EM Waves in Nonconducting
Matter, Reflection and Refraction (12+)
(12+)

Reading: G 9.3 (J 7.3)



36.
EM Waves V:
LN 9.4.19.4.3: EM Waves in Conductors (12)
(12) 
Reading: G 9.4.1 (J 8.1)


37.
EM Waves VI:
LN 9.4.4: EM Waves in Conductors (cont.) (4)
LN 9.5.14: EM Waves in Dispersive Matter (10)
(14)

Reading: G 9.4.2
Reading: G 9.4.3 (J 7.5, HM 10.2, 10.410.5) 

38.
EM Waves VII:
LN 9.5.58: EM Waves in Dispersive Matter (5)
LN 9.7.1: Transmission Lines (8)
(13)

Reading: G 9.4.3 (J 7.5, HM 10.2, 10.410.5)
Reading: G 9.5 (HM 7.1, J 8.2) 


39.
EM Waves VIII
LN 9.7.26: Transmission Lines (12)
(12)

Reading: G 9.5 (J 8.2) 

40.
EM Waves IX:
LN 9.7.7: Transmission Lines (cont.) (4)
LN 9.8.19.8.8: Waveguides: General Properties
of Solutions (12)
(16)

Reading: G 9.5 (J 8.28.4)


41.
EM Waves X:
LN 9.8.911: Waveguides: Propagation
Properties and Example Solutions (13)
LN 9.8.12: Energy in Waveguides (6+1)
(19+1)

Reading: (J 8.5, 8.1) 


42.
EM Waves XI:
LN 9.8.15: Waveguides with Finite
Conductivity (16)
(16)

Reading: (J 8.5, 8.1)


43.
Potential Revisited:
LN 10.1.14: Potential
Formulation (8)
LN 10.2: Retarded Potentials (7)
NOTE: LN 10.1.510.1.6 is being
skipped, you are not responsible for it.
(15)

Reading: G 10.110.2.1 (J 6.23, 6.5, HM 4.5,
8.1) 

44.
Potential Revisited:
LN 10.2: Retarded Fields (6+2)
Relativity and Electrodynamics I:
LN 11.2.111.2.4: Definitions, Lorentz
Transformation (13+4)
(19+6)

Reading: G 10.110.2.2 (J 6.5, HM 8.2)
Reading: G 12.1 


45.
Relativity and Electrodynamics II:
LN 11.2.511: Implications of Lorentz
Transformation, FourVectors, Invariant Norm,
Tensors, Covariant and Contravariant Indices
(12+7)
(12+7)

Reading: G 12.1 

46.
Relativity and Electrodynamics III:
LN 11.2.1111.2.13: Covariant and
Contravariant Indices, Covariant Gradient,
FourVelocity and Velocity Addition (7+2)
LN 11.3.111.3.3: Covariant Formulation of EM
Sources and Potentials (5)
(12+5)

Reading: G 12.212.3


47.
Relativity and Electrodynamics IV:
LN 11.3.4: Transformation of EM Fields (2+3)
LN 11.3.5: Field of a Moving Point Charge (3)
LN 11.3.511.3.8: Covariant Formulation of EM
Fields and Maxwell's Equations (3+2)
LN 11.4: Relativistic Dynamics with EM Fields
(3)
NOTE: LN 11.511.6 is being skipped,
you are not responsible for it.
(11+5)

Reading: G 12.212.3 


48.
Radiation I:
LN 12.1.112.1.3: Potentials and Fields of a
FixedVelocity Point Charge (13)
(13)

G 10.3.1 (HM 8.38.5)


49.
Radiation II:
LN 12.1.412.1.6: Potentials, Fields, and
Power Radiated by an Accelerating Point
Charge, Bremsstrahlung (13)
(13)

Reading: G 10.3.2, 11.2.1 (HM 8.7)
G 11.2.211.2.3 are being skipped, you are not
responsible for this material. 

50.
Radiation III:
LN 12.1.712.1.9: Synchrotron Radiation,
Lienard's Formula, Larmor's Formula (6)
LN 12.2.112.2.3: General Theory of Radiation
(11)
(17)

Reading: G 11.2 (HM 8.8, 8.6)



51.
Radiation IV:
LN 12.2.3: General Theory of Radiation (cont.)
(3)
LN 12.2.312.2.6: Electric and Magnetic
Dipole Radiation (12)
(15)

Reading: G 11.1 (HM 9.19.3, 9.8)


52.
Applications of Radiation I:
LN 13.1: Classical Scattering Theory (16)
LN 13.2: Antennas (1)
(17)

Reading: (HM 10.1, J 14.8)


53.
Applications of Radiation II:
LN 13.2: Antennas (14+6)
(20)

Reading: (HM 9.49.5, 9.7, J 9.4) 
