**Chapter 01**

**Electric charge****Coulomb’s law****Electric dipole and dipole moment****Intensity of electric field due to electric dipole on axial line****Intensity of electric field due to electric dipole on Equatorial position****Torque****Coulomb’s law from Gauss theorem****Coulomb’s law in vector form****Gauss’s theorem and it’s proof****Application of Gauss’s theorem****Chapter 01 definitions****Chapter 01 NCERT solutions****Electric field & intensity of electric field (video)****Electric Flux (video)**

**Chapter 02**

**Electric Potential Energy****Electrostatic potential****Potential due to a point charge****Potential due to a system of charges****Equipotential surfaces****Potential energy of a system of charges****Electrostaticsof conductors & electrostatic shielding****Electrical capacitance****Capacity of an isolated spherical conductor & Principle of capacitance****Parallel plate capacitor****Relative permittivity or dielectric constant****Grouping of capacitors****Energy stored in capacitor****Total energy stored in a combination of capacitor****Energy density of parallel plate capacitor****Non – polar and polar dielectrics****Parallel plate with a dielectric slab****Van De Graff Generator****Relation between intensity of electric field and potential difference****Chapter 02 NCERT solutions**

**Chapter 03**

**Chapter – 03 definitions****Drift velocity****Relation between current and drift velocity****Ohm’s law****The law of resistance & specific resistance****Relation between electrical conduction and current density****Effect of Temperature on Resistance****Non-Ohmic Devices or Limitations of Ohm’s Law****Color Code for Carbon Resistor****Combinations of resistors****EMF, Internal Resistance and Terminal Potential Differences of cell****Distinction Between EMF and Potential Difference****Grouping of two cells in series and parallel****Kirchhofff’s Rules****Wheatstone Bridge Principle****Meter Bridge****Potentiometer and its Principle of Working****Chapter 03 NCERT solutions**

**Chapter 04**

**Oersted’s Experiment****Biot-Savart’s Law****Magnetic Field Due to a Straight Wire Carrying Current****Magnetic field at the center of circular coil carrying****magnetic field at a point on the axis of a circular coil carrying current****Ampere’s Circuital Law****Magnetic Lorentz force****Motion of charged particle in uniform magnetic field****Cyclotron****Torque on a Current Carrying Coil in a Magnetic Field****Moving Coil Galvanometer****Shunt****Ammeter & Voltmeter****Chapter 04 NCERT solutions**

**Chapter 05**

**Coulomb’s inverse square law****Magnetic field intensity due to bar magnet****torque on a bar magnet suspended in magnetic field****potential energy of bar magnet in magnetic field****Relation between I,H, and V****relation between magnetic permeability and susceptibility****magnetic properties of substances****Hysterisis****Chapter 05 NCERT solutions**

**Chapter 06**

**Magnetic Flux****Faraday’s Law of Electromagnetic induction****Lenz’s law****Fleming’s Right hand rule****Energy conservation : A quantitative study****Eddy-current****Self – induction****Self – inductance of a long current carrying coil****Mutual Inductance****Dynamo or Generator****Chapter 06 NCERT solution**

**Chapter 07**

**Mean value of AC current****RMS value of AC****difference among Resistance, reactance and impedance****AC circuit containing only ohmic resistance****AC circuit containing only a capacitor****AC circuit containing only an inductor****LCR circuit****Series LCR resonant****Q – Factor****Power in Ac Circuit****LC Oscillations****Transformer****Chapter 07 NCERT solution**