28:37

Magnetic Dipole Moment of a Revolving Electron and its Gyromagnetic Ratio

33:40

Current Loop as a Magnetic dipole and its Magnetic Dipole Moment

36:41

Conversion of Galvanometer into an Ammeter and Voltmeter

31:17

Moving Coil Galvanometer

01:03:27

Torque due to a rectangular current loop placed in a uniform magnetic field

52:51

Magnetic Force on Two Parallel Current Carrying Conductors

27:41

Magnetic Force on a Current Conductor placed in a Uniform Magnetic field

14:59

Example of Magnetic Force on a Conductor

01:07:50

Cyclotron :: Particle Accelerator

37:01

Lorentz Magnetic Force on a Charged Particle in a Uniform Magnetic field

22:36

Examples of Lorentz Magnetic Force on Charge particle in a uniform magnetic field

41:49

Magnetic field due to a Toroid by using Amper's Circuital Law

01:01:43

Magnetic field due to a Solenoid by using Ampere's Circuital Law

27:12

Ampere Circuital Law

55:18

Magnetic field on the Axis of a Current Carrying Circular Coil by using Biot - Savart Law

35:21

Magnetic field at the Centre of a Circular Coil by using Biot - Savart Law

58:54

Biot Savart Law

30:00

Oersted Experiment :: Relationship between electricity and magnetism

53:52

Numerical Problem related to Wheatstone Bridge Principle

22:51

Comparison of emfs of two cells using a Potentiometer

44:04

Electrical Energy and Electrical Power

20:50

Determination of Internal Resistance of a Cell using a Potentiometer

18:36

Metre Bridge :: To determine the resistance of an unknown resistor

18:29

Potentiometer :: To Prove the relation between Potential drop and Balanced length

33:00

Wheatstone Bridge Principle

01:16:54

Kirchoff's Laws for Electrical Network

30:37

Combination of Cells :: Series and Parallel

18:02

Expression for Internal Resistance of a Cell

28:25

Electromotive force and Terminal Potential Difference of a Cell

20:23

Resistivity and Conductivity of a Material

36:34

Colour Codes for Carbon Resistors

30:35

Combination of Resistors :: Series and Parallel

27:40

Temperature dependence of Resistance

17:58

Ohms Law

15:33

Specific Resistance

19:30

Relation between Electric current and Drift velocity

14:12

Relation between Drift velocity and Relaxation time

25:39

Current Electricity and its Important Parameters

37:12

Equipotential surface and its Properties

11:23

Electric field as a Gradient of Electric Potential

29:18

Capacitance of a Parallel Plate Capacitor filled with Dielectric

15:33

Relation between Electric Potential and Electric field

17:47

Relation between Electric Susceptibility and Dielectric Constant

11:22

Relation between Electric Polarisation and Charge Density of a Dielectric

27:33

Dielectric and its Types

09:06

Dielectric Constant

14:18

Energy stored in a Capacitor

25:14

Combination of Capacitors

10:07

Parallel plate capacitor

30:36

Capacitor and its Characteristics

46:18

Electric Potential due to an Electric Dipole

21:05

Electric Potential due to a Point Charge

15:48

Electric Potential and Electric Potential Difference

42:50

Electric Field due to a Charged Plane sheet

29:12

Electric Field due to a Uniformly Charged Spherical Shell

21:37

Electric Field due to an Infinitely Long Straight wire

16:37

Gauss Law

17:11

Electric Flux

11:50

Continuous Charge Configuration

21:52

Electric Flux and its Physical Significance