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Course Curriculum

COULOMB LAW AND ELECTRIC FIELD
Coulombs Law 00:35:00
Electric Field 00:56:00
Electric Flux 01:26:00
GAUSS LAW OF ELECTROSTATICS AND APPLICATIONS
Gauss Law of Electrostatics 02:03:00
Determination of Charge Distribution on Conductors using Gauss Law 00:59:00
Electrostatic Potential 00:51:00
Capacitance 00:32:00
Force on Charged Surface 00:17:00
POLARIZATION OF DIELECTRICS
Polarization of Dielectrics 01:04:00
Problems on Field Calculation 00:35:00
Boundary Condition of Polarization 00:17:00
Problems on Calculation of Bound Charges 00:35:00
Boundary Condition of D and E 00:47:00
Effect of Polarization on Capacitance 01:20:00
Capacitors 01:01:00
WORK AND ENERGY IN ELECTROSTATICS
Electrostatic Energy 00:52:00
Problems on Electrostatic Energy 00:33:00
Problems on Work and Energy 00:53:00
Electrostatic Energy in Dielectrics 00:31:00
BOUNDARY VALUE PROBLEMS
Boundary Value Problems 00:51:00
Uniqueness Theorems 00:31:00
Laplace Equation in Spherical Polar Coordinates 01:18:00
CURRENT ELECTRICITY
Electric Current and Resistance 00:52:00
Combination of Resistors and Cells 00:51:00
Ammeter and Voltmeter 00:17:00
Problems on Current Electricity 00:39:00
MAGNETOSTATICS
Motion of Charged Particle in Magnetic Field 00:37:00
Biot Savart Law 00:48:00
Gauss law of Magnetostatics 00:14:00
Ampere Law 01:19:00
Magnetic Dipoles and Force on Current Carrying Conductor 01:04:00
FARADAY LAW OF ELECTROMAGNETIC INDUCTION
Faraday Law and Induced EMF 00:39:00
Problems on Faraday Law 01:15:00
MAGNETIC MATERIALS
Magnetisation and H Vector 00:49:00
Boundary Conditions of B and H 00:29:00
Ferromagnetism 00:21:00
Moving Coil Galvanometer 00:10:00
DC CIRCUITS
Introduction to DC Circuit 00:05:00
RC Circuit 02:14:00
LR circuit 00:45:00
LC Circuit 01:20:00
LCR Circuit 00:14:00
AC CIRCUITS
AC Circuit 02:09:00
MAXWELL EQUATIONS
Maxwell Equations 01:13:00
POYNTING VECTOR
Poynting Vector 01:14:00
ELECTROMAGNETIC WAVES
EM Waves in Free Space and Isotropic Dielectric Medium 00:46:00
Problems on EM Waves 00:38:00
REFLECTION AND REFRACTION OF EM WAVES AT THE INTERFACE OF TWO DIELECTRICS
Kinematic Properties 00:36:00
Fresnel Formula 01:41:00
Total Internal Reflection 00:39:00

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