Section
A
Field,
types of fields (scalar & vector fields), vector algebra (addition,
subtraction, scaling, dot product & cross product, vector triple product),
Coordinate systems (rectangular, cylindrical & spherical), transformation
of coordinate systems, Del operator, Curl, Divergence, Gradient, Laplacian
Operator (physical significance of gradient, divergence and curl) Gauss divergence
theorem, Stokes theorem, Laplace’e equation and Poisson’s equation.
Electrostatic
Fields: Review of Coulombs law, Gauss law for electrostatics, electric
potential and electric field, concept of electric dipole and dipole moment,
torque and energy of dipole, Effect of dielectric on capacitance, concept of
capacitance, capacitances in series and parallel, Boundary conditions at
electric interfaces.

Section
B
Faradays
law, self and mutual inductance of transmission lines and cables, inductances
in series and parallel, Energy stored in Electric and Magnetic fields,
concept of magnetic dipole and magnetic dipole moment, Biot Savart’s law, Ampere’s
law, Magnetic vector potential.
