Syllabus

1. To determine elastic coefficients of materials
2. To determine the wavelength of LASER beam
3. To determine different liquid-solid contact angle
4. To determine the Kerr constant of a liquid (Nitro Benzene)
5. To measure the beam divergence and spot size of the given LASER ligh.
6. To find the spacing of etalon and verification of magnetic moment-constant
7. To obtain the ‘g’ factor.
8. To determine Hall coefficient and carrier concentration of material
9. To demonstrate the concept of quantization of energy levels according to Bohr atomic model
10. To determine velocity of ultrasonic vibration in different media
11. To determine the Planck’s constant, ‘h’
12. To find the ionization potential of mercury using gas filled diode

1. Experimental verification of modern concepts of physics

Hands-on experience with related equipment

3. Data acquisition and calculation of physical parameters

4. Analysis of the data to understand modern physics
5. Understanding of Uncertainty and Error Analysis

At the end of course, students will be able to:
CO1: Calibrate and operate the laboratory equipment
CO2: Understand the basic concepts of modern physics
CO3: Measure physical parameters and plot the data
CO4: Analyze the data to understand the basic concept
CO5: know technical writing through preparation of report

Modern Physics Laboratory Manual, Modern Physics Laboratory Manual, Modern Physics Laboratory Manual , Modern Physics Laboratory Manual

Modern Physics Laboratory Manual, Modern Physics Laboratory Manual, Modern Physics Laboratory Manual , Modern Physics Laboratory Manual