Ekeeda: Electromagnetic Theory - Electrical & Electronics Engg

Vector Analysis

Introduction to Electromagnetic Theory

Preview

9.42

Introduction to Vector Analysis

Preview

11.29

Rectangular Coordinate System

33.35

Rectangular Coordinate System - Problem 1

3.36

Rectangular Coordinate System - Problem 2

8.55

Rectangular Coordinate System - Problem 3

8.25

Rectangular Coordinate System - Problem 4

9.4

Cylindrical Coordinate System

37.13

Cylindrical Coordinate System - Problem 1

6.41

Cylindrical Coordinate System - Problem 2

5.54

Cylindrical Coordinate System - Problem 3

22.17

Spherical Coordinate System

21.11

Spherical Coordinate System - Problem 1

9.18

Spherical Coordinate System - Problem 2

10.2

Spherical Coordinate System - Problem 3

18.37

Differential Length, Surface and Volume in Coordinate System

52.2

Del Operator Vector and Gradient Vector

8.11

Divergence of a Vector and Divergence Theorem

8.43

Curl of a Vector and Stokes' Theorem

12.56

Vector Analysis in Electromagnetic Theory - Problem 1

20.53

Vector Analysis in Electromagnetic Theory - Problem 2

20.05

Vector Analysis in Electromagnetic Theory - Problem 3

22.16

Vector Analysis in Electromagnetic Theory - Problem 4

10.41

Coulomb’s Law and Electric Field Intensity

Coulomb's Law

Preview

12.35

Electric Field Intensity

Preview

19.09

Electric Field Intensity Due to Line Charge

29.3

Electric Field Intensity Due to 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

Electric Field Intensity - Problem 3

22

Coulomb's Law - Problem 1

12.09

Coulomb's Law - Problem 2

9.35

Coulomb's Law - Problem 3

10.57

Electric Field Intensity Due to Line Charge - Problem 1

18.54

Electric Field Intensity Due to Line Charge - Problem 2

18.54

Electric Field Intensity Due to Sheet of Charge - Problem 1

20.49

Electric Field Intensity Due to Sheet of Charge - Problem 2

17.38

Coulomb’s Law and Electric Field Intensity - Miscellaneous Problem 1

13.51

Coulomb’s Law and Electric Field Intensity - Miscellaneous Problem 2

16.4

Electric Flux Density, Gauss’s Law and Divergence

Electric Flux Density

Preview

12.05

Electric Flux Density - Problem 1

Preview

16.27

Electric Flux Density - Problem 2

11.07

Electric Flux Density - Problem 3

9.17

Gauss's Law and Its Application

12.47

Gauss's Law and Its Application - Problem 1

14.31

Gauss's Law and Its Application - Problem 2

14.06

Gauss's Law and Its Application - Problem 3

19.49

Divergence and Divergence Theorem of Electric Field

7.48

Divergence and Divergence Theorem of Electric Field - Problem 1

17.01

Divergence and Divergence Theorem of Electric Field - Problem 2

25.44

Divergence and Divergence Theorem of Electric Field - Problem 3

19.48

Electric Flux Density, Gauss’s Law and Divergence - Miscellaneous Problem 1

24.55

Electric Flux Density, Gauss’s Law and Divergence - Miscellaneous Problem 2

29.45

Energy and Potential

Energy Expended (Work Done) in Electric Field

Preview

9.44

Work Done in Electric Field - Problem 1

Preview

17.28

Work Done in Electric Field - Problem 2

23.14

Work Done in Electric Field - Problem 3

12.22

Potential Difference and Electric Scalar Potential

17.34

Potential Difference and Electric Scalar Potential - Problem 1

19.55

Potential Difference and Electric Scalar Potential - Problem 2

12.04

Potential Difference and Electric Scalar Potential - Problem 3

16.05

Potential Field of a System of Charges

23.2

Potential Field of a System of Charges - Problem 1

15.41

Potential Field of a System of Charges - Problem 2

11.22

Potential Field of a Sys3tem of Charges - Problem

12.21

Potential Gradient

16.1

Potential Gradient - Problem 1

19.27

Potential Gradient - Problem 2

111.39

Potential Gradient - Problem 3

21.15

Electric Dipole in an Electric Field

22.03

Electric Dipole in an Electric Field - Problem 1

13.24

Electric Dipole in an Electric Field - Problem

12.56

Electric Dipole in an Electric Field - Problem 3

17.22

Energy Density in Electrostatic Field

23.12

Energy Density in Electrostatic Field - Problem 1

21.5

Energy Density in Electrostatic Field - Problem 2

9.34

Energy Density in Electrostatic Field - Problem 3

15.23

Conductors and Dielectrics

Current and Current Density

Preview

12.13

Current and Current Density - Problem 1

Preview

15.3

Current and Current Density - Problem 2

14.58

Current and Current Density - Problem 3

14.34

Continuity of Electric Current

12.03

Continuity of Electric Current - Problem 1

15.16

Continuity of Electric Current - Problem 2

13.03

Properties of Conductors and Boundary Conditions

28.33

Properties of Conductors and Boundary Conditions - Problem 1

19.03

Properties of Conductors and Boundary Conditions - Problem 2

18.14

Properties of Conductors and Boundary Conditions - Problem 3

24.14

Properties of Conductors and Boundary Conditions - Problem 4

14.35

Semiconductors and Dielectric Materials

14.14

Conductivity of Semiconductor Materials - Problem 1

10.42

Conductivity of Semiconductor Materials - Problem 2

8.06

Polarization of Dielectric Material - Problem 1

10.4

Polarization of Dielectric Material - Problem 2

14.38

Boundary Conditions for Perfect Dielectric Materials

22.31

Boundary Conditions for Perfect Dielectric Materials - Problem 1

11.16

Boundary Conditions for Perfect Dielectric Materials - Problem 2

22.36

Boundary Conditions for Perfect Dielectric Materials - Problem 3

12.51

Boundary Conditions for Perfect Dielectric Materials - Problem 4

12.07

Capacitance

Parallel Plate Capacitor

Preview

18.58

Parallel Plate Capacitor - Problem 1

Preview

12.18

Parallel Plate Capacitor - Problem 2

11.37

Parallel Plate Capacitor - Problem 3

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 Dimension - Problem 1

18.32

Poisson's and Laplace's Equation

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 3

14.54

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

The Steady Magnetic Field

Current Distribution

Preview

15.17

Biot-Savart Law

Preview

16.09

Biot-Savart Law - Problem 1

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 Its Applications

31.43

Ampere's Circuital Law - Problem 1

16.27

Ampere's Circuital Law - Problem 2

21.57

Ampere's Circuital Law - 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

Scalar and Vector Magnetic Potential

22.39

Scalar and Vector Magnetic Potential - Problem 1

14.58

Scalar and Vector Magnetic Potential - Problem 2

24.5

Scalar and Vector Magnetic Potential - Problem 3

16.16

Steady Magnetic Field - Miscellaneous Problem 1

17.27

Steady Magnetic Field - Miscellaneous Problem 2

26

Derivation of Steady Magnetic Field Laws

27.53

Magnetic Forces, Materials and Inductance

Force on a Moving Charge

Preview

12.48

Force on a Moving Charge - Problem 1

Preview

16.18

Force on a Moving Charge - Problem 2

16.05

Force on Differential Current Element

16.14

Force on Differential Current Element - Problem 1

27.16

Force on Differential Current Element - Problem 2

18.33

Force on Differential Current Element - Problem 3

18.34

Force and Torque on a Closed Circuit

22.39

Force and Torque on a Closed Circuit - Problem 1

12.13

Force and Torque on a Closed Circuit - Problem 2

32.32

Force and Torque on a Closed Circuit - Problem 3

24.56

Magnetization and Permeability

13.06

Magnetization and Permeability - Problem 1

17.56

Magnetization and Permeability - Problem 2

19.12

Magnetization and Permeability - Problem 3

21.1

Magnetic Boundary Conditions

22.38

Magnetic Boundary Conditions - Problem 1

16.19

Magnetic Boundary Conditions - Problem 2

17.32

Inductance and Mutual Inductance

14.56

Inductance and Mutual Inductance - Problem 1

13.17

Inductance and Mutual Inductance - Problem 2

11.4

Inductance and Mutual Inductance - Problem 3

14.54

Time Varying Fields and Maxwell’s Equations

Maxwell's Equations in Time Constant Fields

Preview

20.54

Faraday’s Law

Preview

13.11

Displacement Current

Preview

9.11

Maxwell’s Equations for Time Varying Fields

Preview

12.05

Maxwell’s Equations for Time Varying Fields Problem 1

Preview

34.07

Retarded Potential

Preview

20.57

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 Uniform Plane Wave

Wave Propagation in Perfect Dielectric Medium

Preview

15.5

Wave Propagation in Perfect Dielectric Medium Problem 1

Preview

17.08

Wave Propagation in Good Conductors

Preview

16.47

Wave Propagation in Conducting Medium Problem 1

Preview

14.44

Poynting’s Theorem and Wave Power

Preview

40.01

Poynting’s Theorem and Wave Power Problem 1

Preview

28.57

Wave Polarization

Preview

22.47

Maxwell's Equations in Phasor Form

21.23

Wave Equations in General Conducting Medium

13.55

Wave Equations in Perfect Dielectric Medium

12.15

Solution of Wave Equation in General Conducting Medium

47.08

Wave Propagation in Perfect Dielectric Medium Problem 2

15.1

Wave Propagation in Perfect Dielectric Medium Problem 3

20.37

Wave Propagation in Good Dielectrics Medium

27.3

Wave Propagation in Conducting Medium

11.38

Wave Propagation in Conducting Medium Problem 2

14.37

Wave Propagation in Conducting Medium Problem 3

14.3

Poynting’s Theorem and Wave Power Problem 2

15.42

Poynting’s Theorem and Wave Power Problem 3

16.33

Plane Wave Reflection and Dispersion

Reflection of Uniform Plane Wave at Normal Incidence

Preview

32.34

Reflection of Plane Wave at Normal Incidence Problem 1

Preview

24.33

Reflection by Perfect Conductor at Normal Incidence

Preview

21.21

Reflection of Plane Wave at Normal Incidence Problem 4

Preview

24.34

Standing Wave Ratio

Preview

13.5

Wave Reflection from Multiple Interfaces

Preview

11.36

Plane Wave Reflection at Oblique Incidence Angles

Preview

22.46

Total Reflection and Total Transmission of Obliquely Incident Waves

Preview

21.22

Wave Propagation in Dispersive Media

Preview

16.42

Pulse Broadening in Dispersive Media

Preview

13.18

Reflection of Plane Wave at Normal Incidence Problem 2

16.2

Reflection of Plane Wave at Normal Incidence Problem 3

14.33

Reflection of Plane Wave at Normal Incidence Problem 5

18.4

Reflection of Plane Wave at Normal Incidence Problem 6

14.33

Standing Wave Ratio Problem 1

12.14

Standing Wave Ratio Problem 2

20.05

Wave Reflection from Multiple Interfaces Problem 1

21.01

Plane Wave Propagation in General Directions

16.04

Plane Wave Reflection at Oblique Incidence Angles Problem 1

13.44

Total Reflection and Total Transmission of Obliquely Incident Waves Problem 1

9.24

Total Reflection and Total Transmission of Obliquely Incident Waves Problem 2

11.41

Wave Propagation in Dispersive Media Problem 1

11.38

Pulse Broadening in Dispersive Media Problem 1

11.01

Plane Wave Reflection and Dispersion Problem 1

25.33

Plane Wave Reflection and Dispersion Problem 2

24.23

Guided Waves

Multiconductor Transmission Lines

Preview

28.39

Multiconductor Transmission Lines Problem 1

Preview

9.04

Wave Propagation in Rectangular Waveguide

Preview

23.54

Tm, Te Waves and Characteristics in Rectangular Waveguide

Preview

32.52

Rectangular Waveguide Problem 1

Preview

14.01

Multiconductor Transmission Lines Problem 2

5.46

Multiconductor Transmission Lines Problem 3

6.17

Multiconductor Transmission Lines Problem 4

11.46

Rectangular Waveguide Problem 2

8.31

Rectangular Waveguide Problem 3

8.54

Rectangular Waveguide Problem 4

9.24

Transmission Lines

Equivalent Circuit of Transmission Lines

Preview

11.34

Transmission Line Equations

Preview

21.13

Lossless Transmission Line

Preview

7.12

Lossy Transmission Line

Preview

7.12

Standing Waves

Preview

5.46

Transmission Line Problem 1

Preview

7.15

Transmission Line Problem 2

8.27

Transmission Line Problem 3

9.15

Transmission Line Problem 4

10.01

Transmission Line Problem 5

10.42

Transmission Line Problem 6

10.01

Transmission Line Problem 7

9.48

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Electromagnetic Theory-AISECT University-Electrical and Electronics Engineering-SEM VI

Requirements

What am I going to get from this course?

Vector Analysis

Coulomb’s Law and Electric Field Intensity

Electric Flux Density, Gauss’s Law and Divergence

Energy and Potential

Conductors and Dielectrics

Capacitance

The Steady Magnetic Field

Magnetic Forces, Materials and Inductance

Time Varying Fields and Maxwell’s Equations

The Uniform Plane Wave

Plane Wave Reflection and Dispersion

Guided Waves

Transmission Lines

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Microprocessors and Microcontrollers AISECT University - Electrical and Electronics Engineering - SEM VI

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