Electrostatic Potential and Capacitance

This topic covers concepts, such as Electric Potential, Potential Difference and Potential Difference between Two Points in Uniform Electric Field.

This topic covers concepts, such as Electric Potential due to a Point Charge at a Point, Graph of Electric Field Due to Point Charge and Graph of Electric Potential Due to Point Charge.

This topic covers concepts, such as Electric Potential Due to Dipole at General Point, Electric Potential Due Dipole at Equatorial Point and Electric Potential Due to Dipole at Axial Point.

This topic covers the concept of Electric Potential due to Two or More Charges at a Point.

This topic covers concepts, such as Equipotential Surfaces, Properties of Equipotential Surfaces, Equipotential Surfaces due to a Point Charge, Equipotential Surfaces in a Uniform Electric Field, Equipotential Surfaces due to a Dipole, etc.

This topic covers concepts, such as Electric Potential in Terms of Electric Field, Electric Field in Terms of Electric Potential, Electric Field from Potential in One Variable, Potential Difference in Uniform Electric Field, etc.

This topic covers concepts, such as Electrostatic Potential Energy, Electrostatic Potential Energy between Two Point Charges and Electrostatic Potential Energy of System of Point Charges.

This topic covers concepts, such as Electrostatic Potential Energy of a Single Charge in the Absence of Electric Field, Electrostatic Potential Energy of a Single Charge in Electric Field, etc.

This topic covers concepts, such as Properties of Conductor, Conductor in Electrostatic Field, Effect of Earthing of a Conductor and Electrostatic Shielding.

This topic covers concepts, such as Dielectric, Polar Molecule, Non-polar Molecule, Electric Polarisation and Electric Susceptibility.

This topic covers concepts, such as Capacitor and Its Capacitance, Relation between Charge on a Conductor and Change in Its Potential, Factors Affecting Capacitance, Dielectric Strength of an Insulator, Unit of Capacitance, Use of Capacitor, etc.

This topic covers concepts, such as Parallel Plate Capacitors, Charge Distribution for Two Large Parallel Plates, Electric Field inside a Parallel Plate Capacitor, Fringing of the Field and Isolated Spherical Capacitor.

This topic covers concepts, such as Induced Charges on the Dielectric Slab Kept inside a Parallel Plate Capacitor, Induced Charges on the Conducting Slab Kept inside a Parallel Plate Capacitor and Effect of Dielectric on the Value of Capacitance.

This topic covers concepts, such as Equivalent Capacitance of Parallel Combination of Capacitors, Series Combination of Capacitors, Distribution of Charges in Parallel Combination of Capacitors, Parallel Combination of Capacitors, etc.

This topic covers the concept of Energy Density in Electric Field.

This topic covers the concept of Energy Stored in the Electric Field.