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.