A review of vector analysis is presented in Chapter 1 to prepare students for the mathematical theory presented throughout the book. A broad array of worked examples with detailed explanations aid in students' comprehension and retention of material presented. About the Book: Introduction to Electromagnetic Theory: A Modern Perspective Introduction to Electromagnetic Theory: A Modern Perspective presents a complete account of classic electromagnetism with a modern approach, incorporating real-world scenarios and current technology. The text introduces and then expands upon the four basic types of forces-gravitational, electromagnetic, strong, and weak-using present-day examples and cases. Contents also include electrostatics of charges, magnetostatics, and the Maxwell Equation, as well as the motion of particles in electric and magnetic fields. Written by a leading physicist and teacher, Introduction to Electromagnetic Theory is the most current and comprehensive introduction to the field for advanced undergraduate and graduate physics students. Contents Preface Introduction Chapter 1: Mathematical Preliminaries Chapter 2: Electrostatics Chapter 3: Electrostatic Boundary Value Problems Chapter 4: Magnetostatics Chapter 5: lime-Dependent Magnetic Fields and Faraday's Law of Induction Chapter 6: Maxwell Equations and Electromagnetic Waves in Vaccum Chapter 7: Electrostatics of Dielectric Media Chapter 8: The Physics of Electric Conductivity Chapter 9: Magnetic Properties of Matter Chapter 10: Relativity and Electromagnetism Chapter 11: Electromagnetic Waves in Matter Chapter 12: Electromagnetic Waves in Bounded Media Chapter 13: Electromagnetic Radiation Chapter 14: Motion of Charged Particles in Electric and Magnetic Fields