**Fundamentals of electricity :** Units,
electric current, Ohms law, Kirchoffs laws, loop and nodal analysis, series and
parallel combination of resistances.

**Network theorems :** Star delta
transformation, superposition theorem, Thevenins theorem,Nortons theorem,
maximum power transfer theorem.

**Electromagnetism :** Amperes law, force
between magnetic poles, field intensity, flux, flux density, Biot- Savarts law,
mmf, reluctance, magnetisation curve, hysteresis loop and losses, series and
parallel magnetic circuits, self and mutual inductance, laws of electromagnetic
induction, Flemmings right and lefthand rule, energy stored in an inductor, rise
and decay of current in r-l circuit, time constant.

**Electrostatics :** coulombs law, electric
field, electric field intensity, electric flux and flux density, absolute
electric field potential and potential difference, dielectric and dielectric
strength, capacitance, parallel plate capacitor, composite parallel plate
capacitor, energy stored, charging and discharging in r-c circuits, capacitances
in series and parallel.