Electrostatic Potential and Capacitance (Hindi)

   Friday, January 26, 2024   

Starting a new Lecture Notes Series on Electrostatic Potential and Capacitance

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Channel Name: EduPoint

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Electrostatic Potential and Capacitance By Lecture Notes together!

Lecture 1: Electrostatic Potential

Lecture 2: Potential due to an Electric Dipole

Lecture 3: Potential due to a System of Charges

Lecture 4: Equipotential Surfaces

Lecture 5: Potential Energy of a System of Charges

Lecture 6: Potential Energy in an External Field

Lecture 7: Potential Energy of an ELECTRIC DIPOLE in an External Electric Field

Lecture 8: Electric Field is Zero inside a Conductor || Electrostatics of Conductors - 1

Lecture 9: Why is Electric Field Normal to Surface of Charged Conductor || Electrostatics of Conductors - 2

Lecture 10: Why Excess Charge always reside at the Surface of a Conductor || Electrostatics of Conductors - 3

Lecture 11: Why Electric Potential is CONSTANT throughout a Conductor || Electrostatics of Conductors - 4

Lecture 12: Electric Field at the surface of a Charged Conductor || Electrostatics of Conductors - 5

Lecture 13: Electrostatic Shielding || Electrostatics of Conductors - 6

Lecture 14: POLARISATION and SUSCEPTIBILITY in DIELECTRIC

Lecture 15: CAPACITANCE

Lecture 16: CAPACITORS

Lecture 17: PARALLEL PLATE CAPACITOR

Lecture 18: ENERGY STORED in Parallel Plate Capacitor

Lecture 19: EQUIVALENT CAPACITANCE - SERIES and PARALLEL Combination of Capacitors

Lecture 20: CYLINDRICAL CAPACITOR

Lecture 21: SPHERICAL CAPACITOR

Lecture 22: DIELECTRIC inside CAPACITOR (Case 1) - Series Combination

Lecture 23: DIELECTRIC inside CAPACITOR (Case 2) - Parallel Combination

Lecture 24: Van de Graaff Generator - Construction Principle and Theory

Lecture 25: Why Electric Potential is CONSTANT where Electric Field is ZERO

Lecture 26: Can we remove all the free electrons from the surface of a conductor

Lecture 27: Why Electric Discharge happens from Pointy Region