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CO
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COURSE OUTCOMES
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CO1
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Gain the fundamental knowledge of molecular symmetry, symmetry
elements and symmetry operations, trans effect, different theory of trans effect,
Hermitian operator, particle in three dimensional box, rigid rotator, term symbol
and electronic spectra of complex compounds.
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CO2
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Understand the basic concepts of group property and point group,
inorganic reaction mechanisms involved in complexes, wave function and energy
equation for particle in three dimensional box and ring, Schrodinger equation in
spherical polar coordinates, determination of term symbol and microstates.
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CO3
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Solve the problems regarding point group, group multiplication table,
application of trans effect, particle in three dimensional box and ring, normalised
wave function, Hermitian operator, determination of term symbol in ground state
and electronic spectra of the complex compounds.
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CO4
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Analyse and correlate the facts regarding visualisation of symmetry
elements symmetry operations, geometry of compounds, mechanism involved
during substitution reactions in complexes, Hermitian property, Pigeon hole
diagram of p2
and d2
configuration, Hole formulation and Orgel energy level
diagram.
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CO5
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Evaluate and criticize the principles of molecular symmetry, substitution
reaction of complexes, solution of Schrodinger equation in spherical polar
coordinates, term symbol and Laporte orbital and spin selection rules.
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CO6
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Create, modify and synthesise the facts of point group of molecules,
Factors affecting the rates of substitution reaction in square planar complexes,
wave function and energy equation for particle in three dimensional box and ring,
term symbol, microstates and Orgel energy level diagram.
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