Lecture-13-Displacement Vector

Course Lectures

• Lecture-1-Introduction to Vector

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• Lecture-2-Introduction to vector(contd..........)

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• Lecture-3-Coulomb's Law

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• Lecture-4-Electric Field

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• Lecture-5-Electro Static Potential

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• Lecture-6-The Gradient

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• Lecture-7-Gauss's Law

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• Lecture-8-Poisson's Equation

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• Lecture-9-Energy in the Field

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• Lecture-10-Example Problems in Eletro Statics

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• Lecture-11-Fields in Materials

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• Lecture-12-Fields in Material Bodies

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• Lecture-13-Displacement Vector

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• Lecture-14-Capacitors

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• Lecture-15-Method Of Image

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• Lecture-16-Poisson's Equation 2Dimensions

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• Lecture-17-Field near Sharp Edges and Points

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• Lecture-18-Magnetic Field--1

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• Lecture-19-Magnetic Field-2

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• Lecture-20-Stokes Theorems

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• Lecture-21-The Curl

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• Lecture-22-Field Due to Current Loop

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• Lecture-23-Ampere's Law

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• Lecture-24-Examples of Ampere,s Law

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• Lecture-25-Inductance

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• Lecture-26-Mutual Inductance

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• Lecture 27 Faraday's law

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• Lecture-28-Magnetic Energy

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• Lecture-29-Magnetic Energy-1

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• Lecture-30-Magnetic Energy-2

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• Lecture-31-Generalised Ampere's Law

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• Lecture-32-The Wave Equation

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• Lecture-33-Wave Equation

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• Lecture-34-Poynting Theorem

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• Lecture-35-Skin Effect

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• Lecture-36-Skin Effect (Continued)

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• Lecture-37-Radiation&Circuits

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• Lecture-38-Phasor Form of Poynting Theorem

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• Lecture-39-Reflection at Dielectric boundaries

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• Lecture - 40 Reflection at Dielectric boundaries (Continued)

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• Lecture-41-Transmission Lines

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• Lecture-42-Transmission Lines(contd)&Conclusion

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