Electromagnetic Fields for GATE Electrical Engineering (EE)

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Electromagnetic Fields for GATE Electrical is an entire course for GATE-Electrical aspirants covering the complete GATE EE syllabus of Electromagnetic Fields. Taught by Mr. Milind Chapekar and available for one time purchase for a year.

Course Content

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Random Footages of the Course Sample Lesson

Foundation for Electromagnetic Fields

Rectangular Coordinate System (23:52)

Cylindrical Coordinate System (23:01)

Spherical Coordinate System (22:34)

Vector Representation in Different Systems (12:26)

Conversion between Cartesian and Cylindrical Systems (28:29)

Conversion between Cartesian and Spherical Coordinate Systems (27:15)

Line Integration in Electromagnetic Fields (28:31)

Surface Integration in Electromagnetic Fields (35:17)

Volume Integration in Electromagnetic Fields (22:34)

Gradient of a Scalar Field (28:33)

Divergence of a Vector Field (22:37)

Curl of a Vector Field (27:46)

Complete Content Electromagnetic Fields

Coulomb’s Law: Significance and Expression in detail (07:13)

Vector Form of Coulomb’s Law, Illustrative Numerical (07:03)

Idea of Electric Field, Definition, expression and significance of an Electric Field, Vector and Scalar expressions for the same (16:23)

Illustrative Numerical for Electric Field and Concept of Phi and Theta of the Origin with numerical (28:10)

Electric Field due to distributed charge systems viz. infinite line charge, infinite surface charge (26:55)

Illustrative Numerical for finding Electric Field involving continuous charge distributions (line, surface) (33:32)

Defining D (Electric Flux Density), Relation between E and D, Electric Flux, Gauss’s Law for Electrostatic Fileds (20:23)

Illustrative Numerical explaining Gauss’s Law. (23:18)

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