In B. Sc. 1 (Physics), expected to be learnt to
Understand & compare different types of pendulum for determination of ‘g’ (Variation of acceleration due to gravity).
Understand the elastic properties of matter and expression of bending beam with its application as a cantilever, vibrating beam and torsion for rigidity.
Understand concept of fluid flow and pressure energy in fluids.
distinguish between Heat & Temperature
Understand Concept of entropy & T-S diagram.
compare specific heats
Get Knowledge of basic principles of refrigeration methods
Calculate & compare Thermal conductivity of an insulators
Analyze different aspects related to transformer.
Learn to verify basic theorems of using electrical networks.
Electrical loop analysis by using Kirchhoff’s laws
Understand standards of measurements and calibration of instruments
Graphical representation and analysis.
In B. Sc. 2 (Physics), expected to be learnt to
Measure of capacitance, inductance and combined phasor diagrams.
Study behavior of rectifiers and R-C circuit s with and without filter.
Illustrate the working of electrical components
Demonstrate & understand comparatively Lissajous figures by mechanical, optical and electrical methods.
Learn Power of lens and lens systems
Distinguish between Fresnel and Fraunhoffer diffraction.
Understand concept of interference pattern due to reflected & refracted light
Understand theory of plane transmission grating and its resolving power.
Understand Construction of Polaroid, Quarter and Half wave plates, Nicol prism.
Understand concept of sound and classification of sound frequencies.
Understand piezoelectric effect, Magnetostriction effect.
Distinguish between different diodes & voltage regulation due to it.
Understand basic construction, operation and configurations of transistors
Understand Laser, its types & applications
Know about processes inside earth, especially earthquakes
In B. Sc. 3 (Physics), expected to be learnt to
Understand atomic and crystal models and regularity in structure
Understand matter waves, concept of wave group, wave packet and phase-group velocity
Understand Uncertainty principle and its application
Understand fundamental basic logic gates using diodes, transistors & its applications
Understand the Use of C.R.O as a measurement tool
Understand concept of conductivity and resistivity
Compare between materials on the basis of electrical properties
Know superconductivity, its mechanism and applications
Concept the nanotechnology and its applications