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PO, PSO & CO

Name of the Department: Physics

System: CBCS

 

Programme: B.Sc. Physics (Hons) 

 

Programme Specific Outcome:

  • Understand the natural laws which are governing our physical world.
  • Learn different numerical analysis software which will be beneficial for data analysis required during carrying out any scientific research.
  • Understand the concepts and significance of the various physical phenomena.
  • Carry out experiments to understand the laws and concepts of Physics.
  • Apply the theories learnt and the skills acquired to solve real time problems.
  • Acquire a wide range of problem solving skills, both analytical and technical and to apply them.
  • To motivate the students to pursue PG courses in reputed institutions.

 

Course Outcome:

Semester

Course Type

Paper Description

Course Outcome

1

CC - 1

Mathematical Physics-I

  • Learn to solve First Order and Second Order Differential equations
  • Learn about Vector Calculus
  • Learn about Orthogonal Curvilinear Coordinates
  • Learn about Introduction to probability
  • Learn about Dirac Delta function and its properties

CC - 2

Mechanics

  • Applications of Newton’s law and Laws of conservation of energy.
  • How rotational dynamics is different from translational dynamics?
  • Concept of Elasticity and fluid motion.
  • Motion of a particle under a central force field.
  • Explain time dilation in the light of Special Theory of Relativity.

2

CC - 3

Electricity & Magnetism

  • Concept about the fundamental interactions of electricity and magnetism as separate phenomena
  • Understand electricity and magnetism as a singular electromagnetic force.
  • Concept about electrostatics, magnetism, electromagnetic induction and Maxwell’s equations.
  • Application in almost every branch of science and engineering.
  • Gain practical knowledge about electricity and magnetism and measurements such as: Resistance, Voltage, current etc.

CC - 4

Waves and Optics

  • Will there be any difference if harmonic oscillators are superposed in a collinear fashion and perpendicular fashion?
  • Define Longitudinal and Transverse Waves.
  • Define Temporal and Spatial Coherence.
  • Explain the phenomena behind Newton’s Rings formation.
  • What is the Principle of Holography?

3

CC - 5

Mathematical Physics–II

  • Identify the periodic nature of a function and the advantages of Fourier expansion of periodic functions.
  • Identify singular points of 2nd order differential equations
  • State the significance of Frobenius method for solving 2nd order differential equations.
  •  Solve Integrals in terms of Beta and Gamma functions.
  • Explain the separation of variables technique for solving partial differential equations.


     

CC - 6

Thermal Physics

  • Understand the basic physics of heat and temperature and their relation with energy, work, radiation and matter.
  • Learn how laws of thermodynamics are used in a heat engine to transform heat into work.
  • Study of laws of thermodynamics, thermodynamic description of systems, thermodynamic potentials,
  • Understand kinetic theory of gases.
  • Gain practical knowledge about heat and radiation, thermodynamics, thermo emf , RTD etc. and perform various experiments.



     

CC - 7

Digital Systems and Applications

  • Learn about CRO and IC
  • Learn about different logic gates
  • Learn about Boolean algebra and its applications
  • Learn about Arithmetic Circuits and Sequential Circuits
  • Learn about Computer Organization and Intel 8085 Microprocessor Architecture

     


 

 

SEC – 1

Renewable Energy and Energy harvesting

  • Learn about Fossil fuels and Alternate Sources of energy
  • Learn about Solar energy, Ocean Energy, Geothermal Energy
  • Learn about Wind Energy harvesting
  • Learn about Electromagnetic Energy Harvesting
  • Learn about Piezoelectric Energy harvesting

4

CC - 8

Mathematical Physics–III

  • Define "Residue" of a function of complex variables and state "Residue Theorem".
  • State Cauchy's Integral formula and mention some of its advantages.
  • State the advantages of "Fourier Integral Theorem" and give some examples of "Fourier Transform".
  • Representation of Dirac delta function as a Fourier Integral
  • Explain the Laplace transforms of derivatives and integrals of function with some examples.

CC - 9

Elements of Modern Physics

  • How Photo-electric effect is related to Quantum theory of light?
  • What do you understand by Heisenberg uncertainty principle?
  • Comment on Wave-particle duality.
  • What is the Law of radioactive decay?
  • Can you differentiate between fission and fusion reaction?

CC - 10

Analog Systems & Applications

  • Learn about Semiconductor Diodes
  • Learn about Two-terminal Devices and their Applications
  • Learn about Bipolar Junction transistors
  • Learn about Amplifiers, Coupled Amplifier, Feedback in Amplifiers
  • Learn about Operational Amplifiers and their applications

 

SEC – 2

Electrical circuits and Network Skills

  • Learn about Basic Electricity Principles,
  • Understand Electrical Circuits
  • Learn about Electrical Drawing and Symbols
  • Learn about Generators and Transformers
  • Learn about Electrical wiring

5

CC - 11

Quantum Mechanics and Applications

  • What are the properties of wave function?
  • Interpret wave function probability and probability current density.
  • What is zero point energy?
  • What will be your approach to solve the Schrodinger equations for hydrogen-like atoms?
  • Differentiate between normal and anomalous Zeeman effect.

CC - 12

Solid State Physics

  • Identify different crystal structures and their reciprocal lattices.
  • Why X-rays are used for identification of crystal structures?
  • What are the fundamental differences between Einstein's and Debye's theories of specific heat of solids?
  • Mention some similarities and differences between the dielectric and magnetic properties of matter.
  • How does the Kronig Penny model help to understand the concept of band gap?

DSE - 1

Advanced Mathematical Physics

  • Learn about Linear Vector Spaces
  • Learn about Matrices,
  • Learn about Eigen-values and Eigenvectors
  • Learn about Cartesian Tensors
  • Learn about General Tensors

DSE - 2

Classical Dynamics

  • Learn about Classical Mechanics of Point Particles
  • Ability solve relevant numerical problems
  • Learn about Small Amplitude Oscillations 
  • Learn about Special Theory of Relativity
  • Learn about Fluid Dynamics

6

CC - 13

Electro-magnetic Theory

  • Lean about Maxwell Equations
  • Learn about Electromagnetic wave propagation in bounded and unbounded media
  • Learn about Polarization of Electromagnetic Waves
  • Learn about Rotatory Polarization
  • Learn about Wave Guides and Optical Fibres

CC - 14

Statistical Mechanics

  • What do you understand by microstate, macrostate and phase space?
  • How would you resolve the Gibbs paradox?
  • Mention the difference between classical and quantum theories of radiation.
  • What is Ultraviolet Catastrophe?
  • Discuss the difference between Bose-Einstein and Fermi-Dirac statistics.

DSE - 3

Nuclear and Particle Physics

  • Learn about General Properties of Nuclei and Nuclear Models
  • Learn about Radioactive decay and Nuclear Reactions
  • Learn about Interaction of Nuclear Radiation with matter
  • Learn about Detector for Nuclear Radiations
  • Learn about Particle Accelerators and Particle Physics

DSE - 4

Astronomy and Astrophysics

  • Learn about Astronomical Scales
  • Learn about Astronomical techniques
  • Learn about The Sun
  • Learn about The milky way and Galaxies
  • Learn about Large scale structure & expanding universe

 

 

 

Programme: Physics (Gen) 

Physics (Gen) are offered to students of B.Sc (General)

Course Outcome:

 

Semester

Course Type

Paper Description

Course Outcome

1

GE- 1:

MECHANICS

  • Applications of Newton’s law and Laws of conservation of energy.
  • How rotational dynamics is different from translational dynamics?
  • Concept of Elasticity and fluid motion.
  • Motion of a particle under a central force field.
  • Explain time dilation in the light of Special Theory of Relativity.

 

 

 

2

GE - 2

ELECTRICITY AND MAGNETISM

  • Concept about the fundamental interactions of electricity and magnetism as separate phenomena
  • Understand electricity and magnetism as a singular electromagnetic force.
  • Concept about electrostatics, magnetism, electromagnetic induction and Maxwell’s equations.
  • Application in almost every branch of science and engineering.
  • Gain practical knowledge about electricity and magnetism and measurements such as: Resistance, Voltage, current etc.

3

GE-3

THERMAL PHYSICS AND STATISTICAL MECHANICS