**Static electric fields in vacuum :** Coulombs
law, electrostatic potential gradient, fields due to point, line surface &
volume charges, electric dipoles & its field.

**Dielectric media :** Polarisation, surface
& volume charge densities due to polarisation, Displacement vector, boundary
conditions

Gauss law & its applications

Laplace & Poissons equations

**Electrostatic energy & force :** Energy
of a charge distribution, energy density, pressure & forces.

**Method of images:** Point charge & a
conducting plane.

**Steady electric current :** Current density,
equation of continuity.

**Static magnetic fields in vacuum :** Lorentz
force equation, Biot-Savarts law & its applications, Amperes circuital law
& its applications. Divergence and curl of B, magnetic scalar & vector
potentials.

**Electromagnetic induction:** Faradays laws in
integral & point form, simple problems.

Summary of the results in the form of Maxwells
equations, modification of equations for time varying fields.

**Uniform plane waves in free space :**
Derivation of wave equation & its solution in its simplest form, concept of
space & time variations, E,H, & the direction of wave propagation,
Intrinsic impedance, sinusoidally time varying uniform plane waves in free
space, phase constant, wavelength, phase velocity, classification of waves for
communication.