Electricity and magnetism / K.K. Tewari.

Contents

1. Units and dimensions
1.1 Quantitative study of physics
1.2 Ratio requirement
1.3 Dimensional homogeneity of physical equations, etc

2. Vector analysis (algebra)
2.1 symmetry in physical laws
2.2 vector notations
2.3 scalar and vector quantities, etc

3. Vector Differentiation and integration
3.1 Differentiation of a vector
3.2 differentiation of sums and products, etc

4. Electrostatics: Electric field
4.1 Electrostatics
4.2 Quantisation of charge
4.3 Duality of charge, etc

5. Electrostatics-Electric potential
5.1 A Quantitative discussion
5.2 potential difference
5.3 Relation between E and V, etc

6. Capacitors and Dielectrics
6.1 A parallel plate capacitor
6.2 A cylindrical capacitor
6.3 A spherical capacitor, etc

7. Electrometers and Electrostatics machines
7.1 electrometers
7.2 Kelvin's absolute electrometer
7.3 Measurements of dielectric constant using attracted Disc Electrometer, etc

8. Steady current
8.1 metal electrode in electrolyte
8.2 battery on open circuit
8.3 definition of EMF, etc

9. Magnetostatics
9.1 magnetic effect of the current
9.2 The definition of B
9.3 The Lorentz force, etc

10. The magnetic field Due to steady currents
10.1 magnetic field of a moving point charge
10.2 The Biot-Savart law
10.3 the force between two finite elements of current, etc

11. Electromagnetic Induction
11.1 Farady's experiment on electromagnetism
11.2 Lenz's law
11.3 Farady's law, etc

12. Practical applications of electromagnetic induction
12.1 earth inductor
12.2 standard magnetic flux
12.3 uses of earth inductor, etc

13. Dynamics of charged particles
13.1 motion of charged particles in uniform longitudinal electric field
13.2 motion of charged particles in uniform transverse electric field
13.3 charged particles in a constant uniform magnetic fields, etc

14. Magnetic properties of matter
14.0 Magnetisation
14.1 Atomic currents
14.2 Gauss's law of magnetism, etc

15. Maxwell's equations and electromagnetic Theory
15.1 basic equations
15.2 Types of currents
15.3 vacuum displacement current, etc

16. Alternating currents
16.1 Description of A.C
16.2 Average or mean value over one cycle
16.3 A.C Circuits, etc

17. Transformers and A.C Bridges
17.1 coupled circuits
17.2 Transformers
17.3 Detailed theory of transformer, etc

Index : p. 788 - 790