Electromagnetic Theory
Mumbai University - Electrical Engineering - SEM V


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  • Lectures
  • 173 Lectures
  • Videos
  • 49.65 Hrs Video

Course Description

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Curriculum

Total Chapters: 6 173 Videos

Chapter No. 1 : Vector Basics

   

Introduction to Subject

Preview 9.42

Scalars, Vectors and Vector Operations

Preview 11.29

The Rectangular Coordinate System

33.35

The Rectangular Coordinate System - Problem 1

3.36

The Rectangular Coordinate System - Problem 2

8.55

The Rectangular Coordinate System - Problem 3

8.26

The Rectangular Coordinate System - Problem 4

9.4

The Cylindrical Coordinate System

37.13

The Cylindrical Coordinate System - Problem 1

6.41

The Cylindrical Coordinate System - Problem 2

5.54

The Cylindrical Coordinate System - Problem 3

22.17

The Spherical Coordinate System

21.11

The Spherical Coordinate System - Problem 1

9.18

The Spherical Coordinate System - Problem 2

10.2

The Spherical Coordinate System - Problem 3

18.37

Differential Lengths, Differential Surfaces and Differential Volume

52.2

The Vector Operator - ? and Gradient

8.11

Divergence and Divergence Theorem

8.43

Curl and Stoke's Theorem

12.56

Miscellneous Problem 1

20.53

Miscellneous Problem 2

20.5

Miscellneous Problem 3

22.16

Miscellneous Problem 4

10.41

Chapter No. 2 : Static Electric Fields

   

The Coulomb's Law

Preview 12.35

Electric Field Intensity

Preview 19.09

Electric Field of a Line Charge

29.3

Electric Field of a Sheet of Charge

26.46

Streamlines and Sketches of Fields

8.49

Electric Field Intensity :- Problem = 1

16.43

Electric Field Intensity :- Problem = 2

9.24

The Coulomb's Law :- Problem - 1

12.09

The Coulomb's Law :- Problem - 2

9.35

The Coulomb's Law :- Problem - 3

10.57

Electric field of a line charge problem 1

18.54

Electric field of a line charge problem 2

18.54

Electric field of sheet charge problem 1

20.49

Electric field of sheet charge problem 2

17.38

Miscellanears Problem - 1

13.51

Miscellanears Problem - 2

16.4

Chapter No. 3 : Static Magnetic Fields

   

Current Distributions

Preview 15.17

Biot-Savart Law

Preview 16.09

Biot-Savart Law: Problem 1

Preview 21.24

Biot-Savart Law: Problem 2

23.15

Biot-Savart Law: Problem 3

16.14

Magnetic Field Intensity due to Current Carrying Infinite Filament

13.36

Magnetic Field Intensity due to Current Carrying Infinite Filament: Problem 1

20.05

Magnetic Field Intensity due to Current Carrying Infinite Filament: Problem 2

17.35

Magnetic Field Intensity due to Current Carrying Finite Filament

10.52

Magnetic Field Intensity due to Current Carrying Finite Filament: Problem 1

23.51

Magnetic Field Intensity due to Current Carrying Finite Filament: Problem 2

21.02

Ampere’s Circuital Law and Application

31.43

Ampere’s Circuital Law and Application: Problem 1

16.27

Ampere’s Circuital Law and Application: Problem 2

21.57

Ampere’s Circuital Law and Application: Problem 3

13.19

Curl and Stoke's Theorem

18.4

Curl and Stoke's Theorem: Problem 1

17.42

Curl and Stoke's Theorem: Problem 2

23.54

Curl and Stoke's Theorem: Problem 3

29.3

Magnetic Flux and Magnetic Flux Density

15.41

Magnetic Flux and Magnetic Flux Density: Problem 1

15.45

Magnetic Flux and Magnetic Flux Density: Problem 2

21.11

Magnetic Flux and Magnetic Flux Density: Problem 3

19

The Scalar and Vector Magnetic Potentials

22.39

The Scalar and Vector Magnetic Potentials: Problem 1

14.58

The Scalar and Vector Magnetic Potentials: Problem 2

24.5

The Scalar and Vector Magnetic Potentials: Problem 3

16.16

Miscellaneous Problem 1

17.27

Miscellaneous Problem 2

26

Chapter No. 4 : Electric and Magnetic Fields in Materials

   

Parallel-Plate Capacitor

Preview 18.58

Parallel-Plate Capacitor: Problem 1

Preview 12.18

Parallel-Plate Capacitor: Problem 2

Preview 11.37

Parallel-Plate Capacitor: Problem 3

Preview 11.37

Parallel-Plate Capacitor: Problem 4

13.49

Capacitance of a Two-Wire Line

28.19

Capacitance of a Two-Wire Line: Problem 1

14.01

Field Sketches to Estimate Capacitance in Two-Dimensional Problems

24.14

Field Sketches to Estimate Capacitance in Two-Dimensional Problems: Problem 1

18.32

Poisson’s and Laplace’s Equations

17.37

Solution of Laplace's Equation

17.43

Solution of Laplace's Equation: Problem 1

24.58

Solution of Laplace's Equation: Problem 2

16.33

Solution of Laplace's Equation: Problem 4

18.55

Solution of Poisson's Equation

25.29

Solution of Poisson's Equation: Problem 1

18.1

Solution of Poisson's Equation: Problem 2

11.35

Solution of Poisson's Equation: Problem 3

14.55

Chapter No. 5 : Time varying Electric and Magnetic Fields

   

Maxwell's Equations in Time Constant Fields

Preview 20.54

Faraday’s Law

Preview 13.11

Displacement Current

9.11

Maxwell’s Equations for Time Varying Fields

12.05

Maxwell’s Equations for Time Varying Fields: Problem 1

34.07

Maxwell’s Equations for Time Varying Fields: Problem 2

18.39

Maxwell’s Equations for Time Varying Fields: Problem 3

33.26

Maxwell’s Equations for Time Varying Fields: Problem 4

16.3

Maxwell’s Equations for Time Varying Fields: Problem 5

20.33

Maxwell’s Equations for Time Varying Fields: Problem 6

14.23

The Retarded Potentials

20.57

Chapter No. 6 : Wave theory

   

Maxwell's Equations in Phasor Form

Preview 21.23

Wave Equations in General Conducting Medium

Preview 13.55

Wave Equations in Perfect Dielectric Medium

Preview 12.15

Solution of Wave Equations in General Conducting Medium

Preview 47.08

Wave Propagation in Perfect Dielectric Medium

15.5