Practical Physics For B.Sc. Part - I & II

By Dr. A. B. Bhise, Dr. R. B. Bhise more
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Product Specifications

Publisher Nirali Prakashan All B.Sc. - Bachelor of Science books by Nirali Prakashan
ISBN 9789351647591
Author: Dr. A. B. Bhise, Dr. R. B. Bhise
Number of Pages 145
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Available in all digital devices
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Practical Physics For B.Sc. Part - I & II - Page 1 Practical Physics For B.Sc. Part - I & II - Page 2 Practical Physics For B.Sc. Part - I & II - Page 3 Practical Physics For B.Sc. Part - I & II - Page 4 Practical Physics For B.Sc. Part - I & II - Page 5

Practical Physics For B.Sc. Part - I & II by Dr. A. B. Bhise, Dr. R. B. Bhise
Book Summary:
We are happy to place this book “T.Y.B.Sc. Practical Physics (Part-I & II)” in the hands of B.Sc. students and teachers as per new syllabus. This book envisages the revised syllabus which is implemented from the academic year 2015-16. It is general impression of physics students that physics practicals are very difficult, hence the experimental matter is prescribed in a simple and lucid manner with the help of neat and clear figures of instruments.

This book gives a brief description of experiments of physics which are chosen as per the latest curriculum. The experiments include oscillations, waves, sound, optics, electronics, instrumentation, computer and demonstrations. Each experiment is discussed with Aim, Apparatus, Diagram, Procedure, Observations, Observation table, Formulae and Results. The theory of experiment is presented in brief in the principle with necessary formula and its explanation.

Audience of the Book :
This book Useful for B.Sc students.
Table of Contents:

Part - I

1. Coefficient of Viscosity of liquid using Rotating cylinder method

2. Moment of Inertia by Bifilar suspension

3. Young’s modulus by Newton’s rings

4. Young’s modulus by Koeing method

5. Determination of wavelength of light by Michelson’s interferometer

6. Surface tension of liquid by Fergusson method

7. Surface tension of mercury by Quincke’s method

8. Study of Hall's Effect

9. Energy band gap of semiconductors

10. Study of X-ray spectra

11. Resistivity by Four probe method

12. Platinum resistance thermometer

13. Determination of Rydberg’s constant

14. Lloyd’s mirror

15. Determination of Resolving Power of grating

16. Determination of wavelength by Constant deviation spectrometer

17. Verification of Stefan’s law by torch bulb filament

18. Thermal conductivity by Forbes method

19. Thermal conductivity of rubber tubing

20. Characteristics of G.M. tube

21. Inverse square law (g-rays)

22. Specific charge (e/m) by Thomson's method

23. Determination of Planck’s constant

24. Self Inductance by Anderson’s bridge

25. Core losses in transformers

26. Electromagnetic pendulum

27. Self Inductance by Maxwell’s bridge

Part - II

1. Characteristics of JFET (not for advance electronics)

2. Design and built astable multivibrator using IC 555 (not for advance electronics)

3. IC 723 as regulated power supply (not for advance electronics)

4. Instrumentation amplifier using three op-amps (not for basic electronics)

5. Temperature controller using thermistor temperature sensors (not for basic electronics)

6. Object counter (two digit) (not for basic electronics)

7. Study of LVDT (not for basic electronics)

8. Frequency response of loudspeaker (twitter, woofer, mid-range)

9. Study of interference by Quincke’s method

10. Use of Ultrasonic interferometer to measure velocity of sound in liquids

11. Study of diffraction using a reflection grating (metal ruler)

12(a) Study of the characteristics of a laser beam

12(b) Divergence of laser beam

13. Determination of the diameter of a thin wire using a laser beam

14. Charging and discharging of capacitor and RC time constant

15. Velocity of sound using Computer interface

16. IV Characteristics of diode

17. Factorial of a number

18. To find out the first 100 prime numbers

19. Matrix multiplication

20. Graphics (line, circle, ellipse)

21. Roots of polynomial (Newton Raphson)

22. Trapezoidal and Simpson’s 1/3 rule

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