34:02
Maxwell's Equations
By Sivakumar
1:08:52
Derivation of Maxwells Equations
55:37
Electromagnetic Theory Lectures
55:31
Electromagnetic Theory Lecture 3
1:35:07
1:08:20
Laplace equation in Spherical Coordinate System
1:26:40
Boundary Value Problems in Electromagnetic Theory
56:00
Distance and angle between two points in spherical coordinates
50:35
Classical Electrodynamics Lectures 08 | Laplace equation in Spherical Coordinates | MSc Physics
1:07:32
Classical Electrodynamics Lectures 09 | Azimuthal Symmetry | Electrostatic Potential | MSc Physics
59:55
Classical Electrodynamics Lectures 10 | Multipole expansion | MSc Physics Online Classes
1:10:36
Classical Electrodynamics Lectures 11 | Electric potential due to a polarized object | MSc Physics
1:10:40
Classical Electrodynamics Lecture 12 | Cylindrical symmetry in Laplace equation | MSc Physics
30:48
Classical Electrodynamics Lecture 13 | Electrostatics Boundary value problem solving | MSc Physics
1:07:33
Classical Electrodynamics Lecture 14 | Linear vs nonlinear Dielectrics | MSc Physics
31:51
Classical Electrodynamics Lecture 15 | Bound charges and Dielectric constant | MSc Physics
55:33
Classical Electrodynamics Lectures 16 | Boundary Conditions for Electric Field | MSc Physics
1:14:52
Classical Electrodynamics Lectures 17 | Magnetic Vector Potential | MSc Physics Online Classes
30:52
Curl and Divergence of Magnetic field | Classical Electrodynamics Lectures 18 | MSc Physics
1:00:30
Classical Electrodynamics Lectures 20 | Gauge Transformation and Coulomb Gauge | MSc Physics
1:08:46
Maxwell Equations | Classical Electrodynamics Lecture 21 | Physical insights | MSc Physics Online
1:01:16
Classical Electrodynamics Lectures 22 | Potential formulation | MSc Physics CSIR NET Physics
36:34
Derive The Mathematical Expression For Poynting Theorem | Classical Electrodynamics Lectures 23
1:00:06
Classical Electrodynamics Lectures 24 | Energy density for use in Poynting theorem | MSc Physics
1:54:01
Classical Electrodynamics Lectures | Lecture 25 | Covariant Formulation and 4-vectors | MSc Physics
1:00:18
Electromagnetic Waves Fundamentals
