No. Assistant/Associate organized to be given to the students Professor 1. Ms. JYOTSNA ELECTRICITY AUGUST: Scalars, vectors, AUGUST: quiz on the TEST: scalar& vector field, GAUR AND dot& cross product, scalar& basic topics(scalars, gradient &its physical MAGNETISM vector field, gradient of scalars vectors, dot & cross significance, gauss PH02 & its physical significance, product) divergence theorem. integration of vector, gauss’s divergence& stocks theorems. Derivation of group TEST: Gauss law and its SEPTEMBER: SEPTEMBER: electric field from potential, discussion on numericals. applications. laplace & passion equation, ASSIGNMENT: Numericals gauss law &its application, based on electric field. mechanical force of charged surface, energy per unit volume, magnetic induction, properties of magnetic field, solenoidal nature of vector. OCTOBER: Electronic theory OCTOBER: Seminar on TEST:Electron theory of dia & paramagnetism, domain maxwell’s equations. paramagnetism &maxwell’s theory of ferromagnetism, equations. hysteresis curve, Maxwell equation& their derivation, vector& scalar potential. NOVEMBER: Bondary NOVEMBER: Propagation conditions at interface b/w two of E.M. wave& poynting different media, propagation of theorem. electromagnetic wave, pointing theorem & pointing vector.
No. Assistant/Associate Professor organized to be given to the students 1. Ms. JYOTSNA GAUR ELECTRICITY AND MAGNETISM PH02 AUGUST: Scalars, vectors, dot& cross product, scalar& vector field, gradient of scalars & its physical significance, integration of vector, gauss’s divergence& stocks theorems. AUGUST: quiz on the basic topics(scalars, vectors, dot & cross product) TEST: scalar& vector field, gradient &its physical significance, gauss divergence theorem. SEPTEMBER: Derivation of electric field from potential, laplace & passion equation, gauss law &its application, mechanical force of charged surface, energy per unit volume, magnetic induction, properties of magnetic field, solenoidal nature of vector. SEPTEMBER: group discussion on numericals. TEST: Gauss law and its applications. ASSIGNMENT: Numericals based on electric field. OCTOBER: Electronic theory dia & paramagnetism, domain theory of ferromagnetism, hysteresis curve, Maxwell equation& their derivation, vector& scalar potential. OCTOBER: Seminar on maxwell’s equations. TEST:Electron theory of paramagnetism &maxwell’s equations. NOVEMBER: Bondary conditions at interface b/w two different media, propagation of electromagnetic wave, pointing theorem & pointing vector. NOVEMBER: Propagation of E.M. wave& poynting theorem.