Physics Grade 12

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Unit 1 - ELECTROSTATICS

1.01 Basic Introduction

1.02 Properties of Electric Charge

1.03 Superposition Principle

1.04 Charging by Conduction

1.05 Charging by Induction

1.06 Charging by Friction

1.07 Continuous Charge Distribution

1.08 Coulomb’s Law in Scalar Form

1.09 Coulomb Law in Vector Form

1.10 Electric field

1.11 Electric Field Lines and their Properties

1.12 Electric Dipole and Dipole Moment

1.13 Electric Field at a point on the Equatorial Line of a Dipole

1.14 Electric Field at a point on the Axial line of a Dipole

1.15 Torque on Electric Dipole due to Uniform Electric Field

1.16 Relation between Electric Field Intensity and Electric Potential

1.17 Electric Potential due to a Single Charge

1.18 Electric Potential at a General Point due to an Electric Dipole

1.19 Electric Potential Energy of a Dipole placed in a uniform Electric Field

1.20 Electric Potential Energy of a System of Charges Part 1

1.21 Electric Potential Energy of a System of Charges Part 2

1.22 Equipotential Surfaces and their Properties

1.23 Electrostatic Properties of a Conductor

1.24 Gauss’s Theorem

1.25 Deduction of Coulomb Law from Gauss’s Theorem

1.26 Electric Field Infinite Line Charge Distribution

1.27 Electric Field due to uniformly charged plane sheet

1.28 Electric Field due to two infinite parallel sheets of charge

1.29 Electric Field due to uniformly charged thin spherical shell

1.30 Electric Potential & Potential Difference

1.31 Electric Capacitance

1.32 Parallel Plate Capacitor

1.33 Energy Stored in a Capacitor

1.34 Capacitors in Series

1.35 Capacitors in Parallel

1.36 Capacitance of a Spherical Capacitor

1.37 Capacitance of a PPC with Conducting Slab

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