Electricity and Magnetism

The basic difference between electricity and magnetism is that Electricity is a type of energy produced by the transfer of an electron from positive and negative terminals within a conductor, while Magnetism is the production of the magnetic field in a conductor.
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• • Electrostatics
    • • Types of Electric charge and their examples
    • • Coulomb’s law in vector form
    • • Electric field intensity and electric field lines
    • • Electric field lines properties
    • • Electric flux formula
    • • Gauss’s law  definition and application
    • • Electric potential formula
    • • Types of Capacitors 
    • Capacitance formula of capacitors

• • Current Electricity
    • • Electric Current definition
    • • Voltage definition and formula
    • • Ohm’s law formula
    • • Kirchhoff voltage and current law
    • • Types of Resistors
    • • Resistance formula in ohm’s law
    • • Resistor color code
    • • Electrical energy formula
    • • Difference between Potentiometer and voltmeter
    • Wheatstone bridge formula

• • Electromagnetism

• • Magnets

• • Electromagnetic Induction

• • Faraday’s law of electromagnetic induction

• • Lenz’s law of electromagnetic induction

• • Inductor formula

• • A C motor

• • Types of electric  motor

• • AC generator

• • Difference between ac and dc current

• • Electromagnetic spectrum examples

• Types of Electromagnetic waves