** About the book** l Vector Calculus, boundary value problems of electrostatics and magnetostatics are thoroughly discussed
l Radiation, Relativity and Radiation from an accelerated charge are carefully presented
l Advanced topics like Lorentz Group, Green’s function and a motion of charged particles in electric and magnetic field are treated with care
l Detailed steps are provided and many illustrative problems, aiding students understand electrodynamics, are solved |

**Table
of content** Introduction and Mathematical Preliminaries / Electrostatics / Solutions of Electrostatic Boundary Value Problems/ Multiple Expansion of the Potential, Electrostatics in Dielectric Media, Energy density / Magnetostatics / Magnetism in Material / Time Varying Fields / Maxwell’s Equations and Plane Waves / Electromagnetic Waves in Material Media / Wave Guides and Resonant Cavities / Radiation by Stationary time Varying source Distribution / Special Relativity / Electrodynamics
**Audience**
Undergraduate and Postgraduate students and Teachers |