PHY505 Classical Electrodynamics
Fall 2002
MWF 10:30-11:25 P112
| Instructor: |
William Weisberger |
TA: |
Gang Wang |
| Office: |
MT6-112 |
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C-123 |
| Hours: |
Mon., Wed. 3:00-4:00 |
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Mon., Fri. 12:30-1:30 |
| email: |
william.weisberger@sunysb.edu |
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gawang@ic.sunysb.edu |
| phone: |
2-7974 |
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| fax: |
2-7954 |
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Text: ``Classical Electrodynamics, 3d Edition'' by J.D. Jackson.
Examinations: Two midterm hour exams, three hour final exam.
Homework: Problem assignments approximately weekly to be graded.
SYLLABUS
- Introduction to Maxwell Equations
- Vector Analysis - Integral Theorems
- Electrostatics
- Coulomb's Law & Basic Phenomenology
- Potential Theory
- Conductors - Equipotential Surfaces
- Forces & Stress Tensor
- Field Energy & Capacitance
- Multipole Expansion of Finite Charge Distributions
- Dielectrics
- Macroscopic Equations & Boundary Conditions
- Boundary Value Problems
- Field Energy & Forces in Dielectrics
- Magnetostatics & Steady State Current Flow
- Biot - Savart Law
- Lorentz Force Law
- Forces Between Currents & Units
- Magnetic Fields from Localized Current Distribution
- Force & Torque on Localized Current Distribution
- Macroscopic Magnetic Fields & Boundary Conditions
- Quasi-stationary Phenomena - Magnetic Induction
- Maxwell Equations
- Energy & Momentum Conservation
- Electromagnetic Waves
- Interface between Two Dielectric Media
- Propagations of Electromagnetic Waves in Conducting Medium
- Reflection by Plane Metallic Surface
- Skin Depth & Energy Loss in Conducting Walls
Addendum to Syllabus: If you have a physical, psychological,
medical or learning disability that may impact on your ability to
carry out assigned course work, I would encourage you to contact the
staff in the Disabled Student Services office (DSS), Room 133 in
Humanities, phone 632-6748. DSS will review your concerns and
determine with you what accommodations are necessary and appropriate.
All information and documentation concerning disability is kept
confidential.