Introduction to Vector – Coulomb’s Law – Electric Field – Electro Static Potential – The Gradient – Gauss’s Law – Poisson’s Equation – Energy in the Field – Example Problems in Eletro Statics – Fields in Material Bodies – Displacement Vector – Capacitors – Method Of Image – Poisson’s Equation 2Dimensions – Field near Sharp Edges and Points – Magnetic Field – Stokes Theorems – The Curl – Field Due to Current Loop – Ampere’s Law – Examples of Ampere,s Law – Inductance – Mutual Inductance – Faraday’s law – Magnetic Energy – Generalised Ampere’s Law – The Wave Equation – Wave Equation – Poynting Theorem – Skin Effect – Radiation&Circuits – Phasor Form of Poynting Theorem – Reflection at Dielectric boundaries – Transmission Lines – Conclusion

### Course Curriculum

 Introduction to Vector Details 55:39 Introduction to vector(contd……….) Details 57:32 Coulomb’s Law Details 57:3 Electric Field Details 56:40 Electro Static Potential Details 57:30 The Gradient Details 1:1:46 Gauss’s Law Details 57:42 Poisson’s Equation Details 58:2 Energy in the Field Details 58:58 Example Problems in Eletro Statics Details 1:3:39 Fields in Materials Details 57:44 Fields in Material Bodies Details 57:49 Displacement Vector Details 55:39 Capacitors Details 57:41 Method Of Image Details 57:19 Poisson’s Equation 2Dimensions Details 58:15 Field near Sharp Edges and Points Details 57:3 Magnetic Field–1 Details 57:37 Magnetic Field-2 Details 1:31 Stokes Theorems Details 58:9 The Curl Details 58:4 Field Due to Current Loop Details 55:41 Ampere’s Law Details 58:59 Examples of Ampere,s Law Details 58:19 Inductance Details 58:17 Mutual Inductance Details 58:32 Faraday’s law Details 56:57 Magnetic Energy Details 58:19 Magnetic Energy-1 Details 58:1 Magnetic Energy-2 Details 1:4:12 Generalised Ampere’s Law Details 57:58 The Wave Equation Details 58:21 Wave Equation Details 57:34 Poynting Theorem Details 58:9 Skin Effect Details 58:45 Skin Effect (Continued) Details 57:8 Radiation&Circuits Details 53:22 Phasor Form of Poynting Theorem Details 58:25 Reflection at Dielectric boundaries Details 59:19 Reflection at Dielectric boundaries (Continued) Details 57:49 Transmission Lines Details 57:26 Transmission Lines(contd)&Conclusion Details 58:50

This course is part of NPTEL online courses, delivered by IIT Madras.

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