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List of experiments

BS P-III

Institute of Phsics

List of experiments to be performed during BS Part-III Electronic Devices 1 . Oscilloscope and function generator. 2 . Diode Characteristics 3 . Half Wave Rectifier 4 . Full Wave Rectifier 5 . Full Wave Bridge Rectifier 6 . BJT Characteristics

7 . Zenir Diode

Digital Electronics

Modern Physics h/e apparatus 1. Wave model of light VS particle model 2. Relation b/w energy,wavelength, frequency and to find value of planks constant (h) and work function.

Coulomb's Law 3. Confirming the relation b/w Force & Charge. 4. Confirming the relation b/w Force & Distance 5. Determining the Coulomb Constant (K).

1 . Fundamental Logic Gates- AND, OR, NOT 2 . Fundamental Logic Gates- NAND, NOR, XOR 3 . De Morgan’s Law (1)

e/m Apparatus

4 . De Morgan’s Law (2)

7. To confirm negetive charge of electron.

5 . Application of Boolean Algebra

Micrawave Kit

6 . Exclusive OR Using Basic Logic Gates 7. Exclusive NOR Using basic Logic Gate

8. Directional characteristic and polarization of

8. Demultiplexer – Using The 74138 IC 9. Building Your Own Logic Gates.

Misc. Projectile Motion: 1. To predict and verify the range of a ball launched at an angle. 2. To predict and verify the range of a ball launched at an angle (using photo gates). 3. Projectile Range versus Angle 4. Projectile Path 5. Conservation of Energy 6. Conservation of Momentum in Two Dimensions 7. Varying Angle to Maximize Height on a Wall

6. Measurement of Charge to Mass ratio of electron.

microwaves.

9. Absorption of microwaves. 10. Interference of microwaves. 11. Demonstrating the almost loss-free guiding of microwaves along a metal waveguide.

12. Refraction of microwaves: • Confirming the refraction law for microwaves. • Demonstrating the focussing effect of a converging lens for microwaves. 13. Guiding of microwaves along a Lecher line.

Speed of light Kit 14. Measuring the speed of light using Focault Method. 15. Confirming Inverse square law.