CIET | Central Institute of Educational Technology

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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

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

Web Links

Electromagnetic Waves - Plane Wave Solutions to Maxwell's Equations - Polarization - Malus'Law

https://www.youtube.com/watch?v=nFtNCPUMoYA

Use of the finite difference time method to simulate an EM wave traveling in vacuum. It is restricted to movement in one dimension and confined between two perfect conductive walls (a perfect reflection of the wave is expected when incident to the walls).

https://www.youtube.com/watch?v=bXgRF7osueU

Fly-through a 3D visualization of a typical propagation environment. The field strength intensity radiating from a transmitter antenna is color coded from yellow (high) to green (low).

https://www.youtube.com/watch?v=PGjiNMZOebs

How a microwave oven heats food. He describes how the microwave vacuum tube, called a magnetron, generates radio frequencies that cause the water in food to rotate back and forth.

https://www.youtube.com/watch?v=kp33ZprO0Ck

Standing Waves can resonate in a pipe.

https://www.youtube.com/watch?v=VBssGPfYBr4

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