Electricity and Magnetism

1. Electric Field and Calculation of Electric Field for various systems
2. Electric flux and Gauss’s law
3. Applications of Gauss’s law
4. Electric dipole and its behavior under electric field
5. Dielectric materials and Capacitors
6. Polarization and Dielectric Materials
7. Method of image
8. Magnetic Field Lesson :Magnetic Field
9. Ampere’s Circuital Law and its Applications
10. Magnetic Field Lesson :Magnetic Force
11. Magnetic Properties of Matter : Magnetic parameters in matter, magnetization, magnetic field, susceptibility, permeability, relation between B, H, M
12. Magnetic Properties of Matter :Ferromagnetism, B-H curve, hysteresis
13. Faraday’s law and Lenz’s law
14. Electromagnetic Induction : Self and Mutual Inductance
15. Maxwell’s equation:“Introduction of Displacement Current”
16. Analysis of AC circuits using Kirchhoff’s laws
17. A C Bridges for measurement of Capacitances and Inductances
18. Circuit Analysis Theorems
19. Ballistic Galvanometer :Basic Theory of the Ballistic Galvanometer
20. Ballistic Galvanometer  : Basic Parameters associated with the Ballistic Galvanometer