UNIT 1:
Poisson’s and Laplace Equations
Divergence of Flux density
Gauss Law and its applications
Gradient of potential-Electric flux Density
Electric potential: Potential due to Line charge and dipole
Electric potential: Potential due to a point charge
Coulomb’s law- Electric Field intensity due to a point charge, Line charge
Electric field intensity due to sheet of charges, Superposition property
UNIT 2:
Continuity equation for current
Dielectric Boundary Condition
Dielectrics, polarization, Method of Images
Capacitance: Spherical shells, Coaxial Cylinder
Capacitance: Parallel plate, isolated sphere
Energy in the charged distribution
Current-Current Density-point form of ohms law
Energy and Energy Density in a capacitor
UNIT 3:
Magnetic Field Intensity due to current carrying wire
Magnetic Field Intensity and flux density
Magnetic Field Intensity due to square and circular loop
Torque equation – Design Thinking Approach