In-depth academic analysis of Electricity and Magnetism for JAM excellence.
Technical coverage of Coulomb’s law for IIT JAM Physics.
Technical coverage of Gauss’s law for IIT JAM Physics.
Technical coverage of Electric field and potential for IIT JAM Physics.
Technical coverage of Electrostatic boundary conditions for IIT JAM Physics.
Technical coverage of Solution of Laplace’s equation for simple cases for IIT JAM Physics.
Technical coverage of Conductors for IIT JAM Physics.
Technical coverage of Capacitors for IIT JAM Physics.
Technical coverage of Dielectrics for IIT JAM Physics.
Technical coverage of Dielectric polarization for IIT JAM Physics.
Technical coverage of Volume and surface charges for IIT JAM Physics.
Technical coverage of Electrostatic energy for IIT JAM Physics.
Technical coverage of Biot-Savart law for IIT JAM Physics.
Technical coverage of Ampere’s law for IIT JAM Physics.
Technical coverage of Faraday’s law of electromagnetic induction for IIT JAM Physics.
Technical coverage of Self and mutual inductance for IIT JAM Physics.
Technical coverage of Alternating currents for IIT JAM Physics.
Technical coverage of Simple DC and AC circuits with R , L and C components for IIT JAM Physics.
Technical coverage of Displacement current for IIT JAM Physics.
Technical coverage of Maxwell’s equations for IIT JAM Physics.
Technical coverage of Plane electromagnetic waves for IIT JAM Physics.
Technical coverage of Poynting’s theorem for IIT JAM Physics.
Technical coverage of Reflection and refraction at a dielectric interface for IIT JAM Physics.
Technical coverage of Transmission and reflection coefficients (normal incidence only) for IIT JAM Physics.
Technical coverage of Lorentz Force and motion of charged particles in electric and magnetic fields for IIT JAM Physics.