Rashtrasant Tukadoji Maharaj Nagpur University, Maharashtra, Electrical Engineering Semester 4, Electromagnetic Fields Syllabus

Unit - 1 Review Of Vector Analysis

Unit 1

Review of Vector Analysis

1.1 Review of Scalars and vectors

1.2 Vector Algebra

1.3 Rectangular Coordinate System

1.4 Cylindrical Coordinate System

1.5 Spherical Coordinate System

1.6 Transformation of Cartesian to Cylindrical

1.7 Cartesian to Spherical and vice versa

Unit - 2 Coulomb’s law, Electrical field intensity and electric flux density, Gauss’s law, Divergence

Unit 2

Coulomb’s law Electrical field intensity and electric flux density Gauss’s law Divergence

2.1 Coulombs Law

2.2 Electric field intensity

2.3 Field due to continuous volume charge distribution

2.4 Field of point charge field of line charge field of sheet charge

2.5 Electric Flux density

2.6 Gauss’s law and Applications of Gauss’s law

2.7 The divergence theorem.

Unit - 3 Potential Of Charge System , Conductors, Dielectric, Capacitance And Poison’s And Laplace Equations

Unit 3

Potential of charge system Conductors Dielectric Capacitance and Poison’s and Laplace Equations

3.1 Definition of potential difference and potential

3.2 The potential field of a point charge

3.3 The potential field of a system of charges potential gradient.

3.4 Metallic conductors conductor properties

3.5 The nature of dielectric materials

3.6 Boundary conditions for perfect dielectric materials

3.7 Capacitance of parallel plate capacitor

3.8 Capacitance of two wire line

3.9 Poisons and Laplace Equation

Unit - 4 The Steady Magnetic Field And Magnetic Forces

Unit 4

The steady Magnetic Field and Magnetic forces

4.1 Biot Savart’s law

4.2 Ampere’s Circuital law

4.3 Stoke’s theorem

4.4 Magnetic flux density

4.5 Scalar and vector magnetic potentials

4.6 Force on moving charge

4.7 Force between differential current elements

4.8 Nature of magnetic material

4.9 Magnetization and permeability

4.10 Inductance and mutual inductance

Unit - 5 Boundary Conditions, Maxwell’s Equation And Wave Propagation

Unit 5

Boundary conditions Maxwell’s equation and wave propagation

5.1 Magnetic boundary conditions

5.2 Faraday’s law

5.3 Displacement current

5.4 Point form of Maxwell’s equation

5.5 Integral form of Maxwell’s equations

5.6 Wave propagation

5.7 Poynting vector

5.8 Skin effect