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CO
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COGNITIVE ABILITIES
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COURSE OUTCOMES
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CO1
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APPLY ANALYZE
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Analyse Bose Einstein and Fermi Dirac Distributions: Symmetry
of wave functions, Calculate the results for Partition function for
Diatomic Molecules.
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CO2
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UNDERSTAND APPLY ANALYZE
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Strong understanding of how to model, classify, and solve key
partial differential equations (PDEs) that describe important
physical phenomena. Apply the method of separation of variables
to solve common PDEs like the heat, wave, and Laplace Equations.
Develop the ability to apply, PDEs as mathematical models for
physical and engineering problems.
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To evaluate the eigenvalue problems of the quantum harmonic
oscillator and interpret the role of operators, commutation relations,
and spherical harmonics that is connected with the most important
fundamental concept of angular momentum in quantum mechanics.
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Understanding the detailed behavior of plasma in magnetic field.
Also analyze the production and propagation of different types of
waves in plasma. The fundamental Boltzmann equation is used in
plasma to study some basic nonlinear phenomena like Landau
damping and Plasma Sheath.
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