Introduction to the Course
25:52
Introduction, Electric Charge, Properties of Charge, Static Electricity, Methods of Charging: Friction, conduction and Induction
00:00
Assignment 1
Coulomb’s Law, Relative permittivity, Vector Form of Coulomb’s Law, Coulomb’s Law Numericals
30:55
Assignment 2
Superposition Principle, Numerical on Multiple Charges
30:34
Assignments 3
Electric field, Electric field due to a point charge, Electric Force due to multiple Charges, Electric lines of Force
32:30
Assignments 4
Electric Dipole, Electric Field due to a Dipole , Torque of a Dipole placed in an Electric Field
42:00
Assignments 5
Numerical on Electric field and Electric Dipole
23:38
Electric Flux, Gauss Law, To prove Gauss’s Theorem for a spherically symmetric closed surface, Proof of Coulomb’s Law using Gauss law, Continuous Distribution of Charge
24:34
Study Material
00:00
