SUMMARY OF LESSON PLANS OF COLLEGE FACULTY Odd Name of College: G.V.M GIRLS COLLEGE Academic Session: 2017-18 Semester: For the month of: July-Dec,2017 S. No. Name of Subject Topics/Chapters to be covered Academic activity to be Topic of Assignments/Tests to be Assistant/Associate organized given to the students Professor 1. Ms. Bhumika Electricity August:scalars & vector, dot, cross Seminar: Assignment : Stoke's theorem, & & triple products, gradient, a) consequences of gauss divergence theorem, gauss Magnetism divergence, line, surface & volume gradient, divergence & law & its applications, electronic Phy - 102 integrals, stoke's theorem, gauss curl theory & domain theory of divergence theorem, Laplace & b) Maxwell's equations magnetism, maxwell's equations poission's equation, electric flux & & their significance Gauss law Group discussion Test: applications of gauss a) Stoke's theorem & its September: law, mechanical force of charged use in electricity & August : gradient, divergence, surface, energy per unit volume, magnetism curl & numerical problems magnetic induction & its properties, b) gauss law & its September: Gauss law & its solenoidal nature of magnetic field application applications vector c) magnetic behaviour of October: langevin theory & Electronic theory of dia & materials hysteresis loop October: paramagnetism, Domain theory of d) time varying fields & November: poynting theorem & ferromagnetism, hysteresis loop, their propagation boundary conditions Maxwell's equations & their derivation, Numerical problems November: Integral form of Maxwell's equation, Displacement current, Boundary conditions of electric field & magnetic field vectors, propagation of em wave,
SUMMARY OF LESSON PLANS OF COLLEGE FACULTY Name of College: G.V.M GIRLS COLLEGE Academic Session: 2017-18 Semester: Odd For the month of: July-Dec,2017 S. No. Name of Assistant/Associate Professor Subject Topics/Chapters to be covered Academic activity to be organized Topic of Assignments/Tests to be given to the students 1. Ms. Bhumika Electricity & Magnetism Phy - 102 August:scalars & vector, dot, cross & triple products, gradient, divergence, line, surface & volume integrals, stoke's theorem, gauss divergence theorem, Laplace & poission's equation, electric flux & Gauss law September: applications of gauss law, mechanical force of charged surface, energy per unit volume, magnetic induction & its properties, solenoidal nature of magnetic field vector October: Electronic theory of dia & paramagnetism, Domain theory of ferromagnetism, hysteresis loop, Maxwell's equations & their derivation, Numerical problems November: Integral form of Maxwell's equation, Displacement current, Boundary conditions of electric field & magnetic field vectors, propagation of em wave, Seminar: a) consequences of gradient, divergence & curl b) Maxwell's equations & their significance Group discussion a) Stoke's theorem & its use in electricity & magnetism b) gauss law & its application c) magnetic behaviour of materials d) time varying fields & their propagation Assignment : Stoke's theorem, gauss divergence theorem, gauss law & its applications, electronic theory & domain theory of magnetism, maxwell's equations Test: August : gradient, divergence, curl & numerical problems September: Gauss law & its applications October: langevin theory & hysteresis loop November: poynting theorem & boundary conditions