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Lecture 01
Scalar & Vector quantities, Addition & Subtraction of Vectors, Product of Vaectors, Vector Triple Product, Position Vector & Displacement Vector
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01:25:55min
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Lecture 02
Orthogonal & Non-Orthogonal Co-0rdinate System, Cartesion Co-ordinate System, Cylindrical Co-ordinate System, Spherical Co-ordinate System, Transformation from one to another Co-ordinate System
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01:04:34min
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Lecture 03
Differential Length, Differential Area, Differential Volume, Line Surface & Volume Integral
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01:16:50min
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Lecture 04
Del Operator, Gradient, Divergence & Divergence Theorem, Curl & Stock's Theorem
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01:21:28min
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Lecture 05
Introduction, Coloumb's Law & Field Intensity, Electrick Field due to Charge Body
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01:33:22min
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Lecture 06
Electrick Field due to Surface Charge Density, Electrick Field due to Volume Charge Density, Electric Flux Density, Gauss's Law - Maxwell Equation, Application of Gauss's Law
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01:09:11min
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Lecture 07
Electric Potential, Relationship between E & V
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01:22:49min
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Lecture 08
Energy Density in Electrostatic Fields, Problems & Solutions
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01:37:13min
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Lecture 09
Electric Field in Material Science, Properties of Materials, Convection & Conduction Current, Ohm's Law in Point Form
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01:20:36min
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Lecture 10
Electric Dipoles
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01:12:33min
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Lecture 11
Conductors, Convection & Conduction Currents, Polarization of Dielectrics
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01:52:44min
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Lecture 12
Dielectric Constant & Dielectric Strength, Continuity equation & Relaxation Time, Boundary Conditions
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01:17:41min
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Lecture 13
Boundary Valve Peroblems, Resistance & capacitance
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01:46:32min
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Lecture 14
Introduction, Biot-Savart Law, Ampere-Circuit Law, Applicatin of Ampere-Circuit Law
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01:18:56min
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Lecture 15
Applicatin of Ampere-Circuit Law, Magnetic Field Intensity due to infinitely Long Co-axial transmission Line, Magnetic Flux Density
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01:07:01min
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Lecture 16
Magnetic Scalar Potential, Magnetic Vector Potential, Magnetic Forces, Lorentz Force Equation
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01:13:21min
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Lecture 17
Magnetic Torque & magnetic Moment, Magnetic Boundary Conditions
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01:12:33min
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Lecture 18
Questions based on Magnetostatics
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01:08:19min
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Lecture 19
Inductance & Inductors, Magnetic Energy
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01:40:12min
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Lecture 20
Introduction of Time varying fields, Faraday's Law
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02:25:16min
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Lecture 21
Displacement Current
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44:37min
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Lecture 22
Mexwell's Equation in Final Form, Magnetisation in materials
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01:12:15min
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Lecture 23
Introduction to Electromagnetics Wave Propagation, Constutive properties of different media, Propagation Constant, Alternation Constant, Phase Constant
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01:36:23min
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Lecture 24
Intrinsic Impedence, Loss tangent, Plane Waves in different media, Skin effect, Skin depth, Skin resistance, Powen & Poynting Vector
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01:31:19min
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Lecture 25
Reflection of plane waves
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41:07min
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