OBJECTIVES:
●To acquire a basic understanding of various coordinate systems, vector algebra and calculus.
●To impart knowledge of the basic laws of electrostatics and its applications.
●To impart knowledge on dielectrics and electrostatic boundary conditions.
●To impart knowledge on magnetic materials and understand the laws of magneto statics.
●To analyse the time varying electric and magnetic fields and to understand Maxwell’s equations.
OUTCOMES:
CO1 Apply vector calculus to static electric field.
CO2 Apply the basic concepts about electrostatic fields for the calculation of Electric field intensity, Electrical potential.
CO3 Explain Electric field in free space, conductors, dielectric and multiple dielectrics and apply the basic concepts in Capacitance calculations.
CO4 Determine the magnetic flux density, scalar potential, vector potential and energy density.
CO5 Derive Electromagnetic wave equation and apply the Poynting expression.
CO6 Apply the Maxwell equations to solve problems in electromagnetic field theory.