- Electric Charges and Their Properties
- Coulomb’s Law and Superposition Principle
- Electric Field, Electric Flux and Electric Dipole
- Gauss’s Law and its Applications
Electric Charges and Their Properties
Electric Charges
Types of Charge
Conductors and Insulators
Methods of charging
Basic Properties of Electric Charge
Coulomb’s Law and Superposition Principle
Coulomb’s Law
Super Position Principle
Continuous Charge Distribution
Electrostatic Force due to Continuous Distribution of Charge
Electric Field, Electric Flux and Electric Dipole
Electric Field
Electric Field intensity due to a Point Charge
Electric Field Intensity due to a Group of Charges
Electric Field Intensity due to Continuous Distribution of Charges
Electric Field Lines
Properties of electric field lines
Area Vector
Electric Flux
Electric Dipole
Electric Field Due to a Dipole
Electric Dipole in a Uniform Electric Field
Gauss’s Law and its ApplicationsGauss’s Law in Electrostatics
Proof of Gauss’s Law
Deduction of Coulomb’s Law from Gauss’s Law
Application of Gauss’s Law
Electric field intensity due to an infinitely long straight uniformly charged wire
Electric field intensity due to a uniformly charged conducting spherical shell
Electric Field Intensity due to a non conducting charged solid sphere
Electric field Intensity due to a thin plane sheet of charge
Electric field intensity due to two thin infinite plane parallel sheets of charge