Electrostatics

- 1A What is charge
- 1B Coloumb's law of electrostatics
- 1C Dielectric Constant
- 1D Concept of Electric Field
- 1E Uniform electric field
- 1F Lines Of Force
- 1G Electric Flux
- 1H Charge Distribution
- 1I Gauss Theorem
- 2A App.1 Electric field due to charged conducting sphere
- 2B App 2Electric field due to infinitely long straight wire
- 2C App-3 Electric field due to infinite plane sheet
- 2D Numerical on application of gauss theorem
- Self Assessment-1
- 3A Electrostatic potential energy
- 3B Derivation for P.E.
- 3B2 Unit of P.E
- 3C Concept of potential
- 3D Relation between Electric intensity and E.P.
- 3E Derivation for Electric potential due to point charge
- 3F Concept of electric dipole
- 3G Derivation for E.P. due to dipole
- 3H E.P. due to system of charges
- 3I Type-1 Numerical on work done
- 3J Type-2 Liquid drop wale numerical
- 3K Type-3 Ring wale Numerical
- 3L Type 4 Numerical due to Point Charge
- 3M Type-5 E.P. due to electric diapole
- Self Assessment 2
- 4A P.E due to system of Charges
- 4B P.E due to System of charges in external electric field
- 4C Type-VI Numerical based on P.E due to system of charges
- 4D Type-VII Sum on P.E of system in external field
- 4E P.E of Electric dipole
- 4F Sums on P.E of Electric dipole
- Self Assessment-3
- 5A Dielectrics
- Untitled Chapter

Current Electricity

Magnetic effect of Electric Current

- 1A Biot-Savarts Law
- 1B Biot-Savarts Law in Vector Form
- 1C Formula of Speed of EM Wave
- 1D Numerical on Biot-savart Law
- 2A Magnetic field due straight conductor
- 2B Example No. 1,2
- 2C Example No.4
- 2D JEE Example 1,2,3
- 2E NEET Example No.1
- Self Assessement 2
- 3A Magnetic field of current carrying circular arc.
- 3B Numerical on magnetic field at the centre of atoms
- 3C Numerical on combination of straight conductor and circular arc.
- 3D Magnetic Field along the axis of circular coil
- 3E Hemholtz Coil
- 3F Numerical on magnetic field along the axis of coil
- 3G JEE Numerical
- 3H NEET Numerical