EP440: LB170 (Previously 21102), M/W/F, 3:30--4:30

- Syllabus (8/26/2012)

- Assignment 1: Maxwell's Equations, Differential Form (Solutions)
- Assignment 2: Electrostatics, Gauss's Law, Potential (Solutions)
- Assignment 3: Electric Potential Calculations (Solutions)
- Assignment 4: Dielectrics, Capacitors, and Energy Storage (Solutions)
- Assignment 5: Laplace's Equation and Method of Images (Solutions)
- Assignment 6: Laplace's Equation and Separation of Variables (Solutions)
- Assignment 7: Magnetostatics (Solutions)
- Assignment 8: Inductance and Induction (Solutions)
- Assignment 9: Maxwell's Equations and Electromagnetic Waves (Solutions)
- Assignment 10: Wave Propagation, Polarization, Loss (Solutions)
- Assignment 11: Wave Incidence at Dielectric and Conducting Boundaries (Solutions)
- Assignment 12: Numerics, Transmission Lines, Wave Propagation in Plasma (Solutions)

- Lecture Presentation #1 (8/27)
- Derivation of Cyclotron Freq. and Larmor Radius (10/1)
- MATLAB BVP Solution Plot for Example 4.6 (not 4.7)

Last Updated: 10/30/2012,

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