| Covering Chapters |
|
Electrostatics |
5. |
Polarisation of light |
1. |
Coulomb's law and Gauss theorem |
|
Ray Optics |
2. |
Electric potential and potential energy |
1. |
Speed of light |
3. |
Capacitance |
2. |
Photometry |
|
Current Electricity |
3. |
Refraction at a plane surface |
1. |
Ohm's law and current density |
4. |
Refraction at a curved surface, lenses |
2. |
Electrical resistance |
5. |
Refraction through prism |
3. |
Electric cell |
6. |
Dispersion of light |
4. |
Heating effect of current |
7. |
Lens aberration and dispersive power |
5. |
Thermo electricity |
8. |
Telescopes and Microscopes |
6. |
Kirchoff's laws and its applications |
|
Electrons And Protons |
|
Magnetism |
1. |
Cathode rays Wave particle duality |
1. |
Magnetic field, super position of magnetic fields and magnetometers |
2. |
Photoelectric effect |
2. |
Magnetic properties of materials |
|
Atoms |
|
Electromagnetism |
1. |
Bohr's theory of hydrogen atom |
1. |
Biot Savart law and its applications |
2. |
X-rays |
2. |
Force on current carrying conductor and moving charge in a magnetic field Galvanometer |
|
Nucleus And Nuclear Energy |
3. |
Electromagnetic induction generators (AC and DC) |
1. |
Composition of nucleus and Binding energy |
|
Alternating Current Circuits Transformer |
2. |
Radioactivity |
1. |
Alternating current circuits Transformer |
3. |
Nuclear Energy |
|
Wave Optics |
|
Semi Conductor Devices |
1. |
Electromagnetic waves and space communication |
1. |
Energy bands in solid semi – conductors |
2. |
Huygen's principle and its applications |
2. |
Junction diodes and their use |
3. |
Interference of light |
3. |
Junction transistor and their use |
4. |
Diffracton of light |
4. |
Logic gates |
