Table of Content |
S.No. |
Modules |
1 |
Unit 1: Electrostatics
Module 1: Electric charges and their types
Module 2: Force between multiple charges
Module 3: Uniform Electric field
Module 4: Electric Dipole
Module 5: Electric Flux and Gauss Law
Module 6: Application of Gauss theorem
Module 7: Electric potential and Equipotential surfaces
Module 8: Electrostatics of Conductors
Module 9: Capacitance
Module 10: Electrostatic Potential and Capacitance
Module 11: Numerical problems based on capacitors
Unit 1_Electrostatics _Study Guide
|
2 |
Unit 2: Current and Electricity
Module 1: Electric current and drift velocity
Module 2: Resistance and Resistivity
Module 3: Combination of Resistances
Module 4: Internal resistance of a cell
Module 5: Kirchhoff’s Rules
Module 6: Wheatstone bridge and Meter bridge
Module 7: Potentiometer
Module 8: Electrical energy and power
Unit 2_Current and Electricity _Study Guide
|
3 |
Unit 3: Magnetic Effects Of Current and Magnetism
Module 1: Biot Savarts law
Module 2: Problems based on Biot Savart’s law
Module 3: Ampere Circuital law
Module 4: Cyclotron
Module 5: Magnetic Force
Module 6: Torque and Current loop
Module 7: Moving Coil Galvanometer
Module 8: Magnetic Dipole Moment
Module 9: Classification of Materials and Magnets
Module 10: Earth’s Magnetism
Unit 3_Magnetic effects Of Current and Magnetism _Study Guide
|
4 |
Unit 4: Electromagnetic Induction and Alternating Current
Module 1: Electromagnetic induction
Module 2: Lenz’s law and Motional emf
Module 3: Eddy currents
Module 4: Alternating current
Module 5: Components of AC circuits
Module 6: LC Circuits and LC Oscillations
Module 7: LCR circuit
Module 8: Transformer
Module 9: Power transmission in AC
Unit 4_Electromagnetic Induction and Alternating Current _Study guide
|
5 |
Unit 5: Electromagnetic waves
Module 1: Maxwell’s Equations
Module 2: Electromagnetic Spectrum and Uses of EM Waves
Unit 5_Electromagnetic Waves _Study Guide
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