| 1. | Pendulum | N/A |
| 2. | To investigate the variation of resistance of a semi-conductor | 18 |
| 3. | Semiconductor | 10 |
| 4. | To find the refractive index of different liquids with the help of hollow prism | 13 |
| 5. | To find value of 'G' (acceleration due to gravity) using a liquid pendulum, based on simple harmonic motion | 19 |
| 6. | Variation of resistance of a conductor with rise in temperature | 16 |
| 7. | To study about Logic Gates | 17 |
| 8. | To study about gases | 13 |
| 9. | Mutual Induction | 16 |
| 10. | Rectification & Rectifiers | 11 |
| 11. | Fibre Optics | 20 |
| 12. | Photo Electric Cell | 16 |
| 13. | To study the percentage of light energy emitted | 16 |
| 14. | Laser – Working & Applications | 12 |
| 15. | Optical Fibre activation system | 12 |
| 16. | To compare the effeiciency of various brands of Dry cells available in the market | 15 |
| 17. | Thermo Couple | 11 |
| 18. | To study the effect on the force of attraction between a barmagnet and a solenoid | 17 |
| 19. | Semi Conductors | 25 |
| 20. | To construct an air core transformer and to study principle of mutual induction | 15 |
| 21. | To study spherical and chromatic aberration in lenses | 18 |
| 22. | To construct a power supply of 1.5 V to 12V using Bridge Rectifier | 13 |
| 23. | To study the working of photo diode | 12 |
| 24. | To study of magnetic field produced of an electric current through improvised coil | 12 |
| 25. | To determine the production of induced E.M.F. in coil | 12 |
| 26. | To study about transistor as an amplifier | 11 |
| 27. | Using transistor as a switch | 11 |
| 28. | To study about AC to DC conversion | 11 |
| 29. | To study the factors responsible for affecting the intensity of light transmitted through liquid optical media | 14 |
| 30. | To study the various factor affecting the electrical conductivity of an electrolyte | 14 |
| 31. | To construct a model of electroplating with copper electrode | 13 |
| 32. | To find out the value of unknown resistance using Wheatstone Bridge | 13 |
| 33. | Investigatory project on Electrolysis | 20 |
| 34. | To study moving magnetized needle Galvanomater | 15 |
| 35. | To study about the Daniel Dell | 13 |
| 36. | To compare the deflection method and the null method which generally are adopted to compare the magnetic moments of two barmagnets | 20 |
| 37. | To find out the dependence of E.M.F. of a cell on various factors such as concentration, temperature and material of electrode | 20 |
| 38. | To study about optical fibres | 18 |
| 39. | To study about electromotive force | 15 |
| 40. | To compare young's modulus of elasticity of different specimens of rubber & also draw their hysteresis graph | 16 |
| 41. | To study the urine colour as a health indicator | 11 |
| 42. | To study a positive feedback circuit of an audio oscillator with the help of L.C. Circuit | 17 |
| 43. | To determine the values of coefficient of friction between wood and wood, wood and glass, wood and iron, wood and brass and to study the factors on which it depends | 13 |
| 44. | To find an efficiency of an electric bulb and to establish its relation with the voltage of the bulb | 15 |
| 45. | To prepare thermo electric generator and to develop voltage so called thermo E.M.F. | 10 |
| 46. | Touch sensitive alarm | 10 |
| 47. | Drilling | 26 |
| 48. | To identify different component with the help of multitester | 10 |
| 49. | To verify kirchoff's law by applying them to cubical and tetrahedral circuits and finding equivalent resistance | 15 |
| 50. | To investigate the factors affecting rate of flow of electric charge through different metal wires | 33 |
| 51. | To study about Optical Instruments | 18 |
| 52. | To study the Optical Fiber Communication | 23 |