Course Outcome of Physics
Course: Mechanics (PHSGCOR01T)
- CO1: The student will be able to understand motion.
- CO2: The student understands the importance of work and energy.
- CO3: The student knows concept of viscous force and viscosity.
Course: Electricity and Magnetism (PHSGCOR02T)
- CO4: To understand the concept of electric force, electric field and electric potential for stationary charges.
- CO5: Able to calculate electrostatic field and potential of charge distributions using Coulomb’s law and Gauss’s law.
- CO6: To study magnetic field for steady currents using Biot-Savart’s and Ampere’s circuital law.
- CO7: To study magnetic materials and their properties.
Course: Thermal Physics and Statistical mechanics (PHSGCOR03T)
- CO8: The learner understands heat transfer mechanism.
- CO9: To understand the concept of heat and temperature.
- CO10: Explain statistical distribution of system of particles and statistical ensembles.
- CO11: Explain the Maxwells relations and Application.
Course: Wave and Optics (PHSGCOR04T)
- CO12: Solve the equations of motion for simple, damped, and forced oscillations.
- CO13: Understanding the mathematical description of travelling and standing wave.
- CO14: Analyse simple example of interference, diffraction and polarization.
- CO15: Be familiar with a range of equipment used in modern optics.
Course: Digital Electronics (PHSGDSE01T)
- CO16: To be familiar with the concept of diodes, transistors and OP-Amps.
- CO17: To be familiar with decimal to binary and binary to decimal conversion.
- CO18: Study different techniques used in the formation of electrical instruments.
- CO19: To be familiar with filter, rectifier and other electronics instruments.
Course: Nuclear and Particle Physics (PHSGDSE03T)
- CO20: Explain basic properties of Nuclei.
- CO21: Describe the experiments of Radioactivity.
- CO22: To understand the concept of elementary particles.
- CO23: Introduction to particle accelerators.
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