Classical electromagnetism
This text is appropriate for electromagnetism courses that follow modern physics and precede a mechanics sequence. It discusses Maxwell's equations and features problems involving practical numerical values. Computerized examples in C++ and a floppy with source and executable files are included.
x, 536, 12 pages : illustrations ; 25 cm + 1 disc.
9780030223532, 9780030212048, 9780030212543, 0030223539, 0030212049, 0030212545
822885772
Introduction. 1. Vector Analysis. 2. Electric Field E Gauss's Law. 3. Magnetic Field B Ampere's Law. 4. Electromagnetic Induction Faraday's Law. 5. Maxwell's Equations in Vacuum. 6. Energy and Potentials. 7. Dipoles and Multipoles. 8. Conductors. 9. Dielectrics. 10. Magnetic Materials. 11. Maxwell's Equations with Materials. 12. Boundary Value Problems. 13. Circuits. 14. Radiation. 15. Radiating Systems. 16. Radiation in Media. 17. Guided Waves. 18. Relativity in Electromagnetism. Appendix A. Answers to OddNumbered Problems. Appendix B. Bibliography. Appendix C. Computations and Plots. Appendix D. Dimensions and Units. Index.
Includes index