P.G. ACADEMIC PROGRAMME

M.Sc. Part-I

FIRST SEMESTER
Paper - I Physical Chemistry 1 hr lectures
45 L each
7.5 points/credit
Paper - II Organic Chemistry
Paper - III Inorganic Chemistry
Paper - IV Mathematics for Chemists


SECOND SEMESTER
Paper - I Physical Chemistry 45 L each
7.5 points/credit
Paper - II Organic Chemistry
Paper - III Inorganic Chemistry
Paper - IV Chemistry of Life


M.Sc. Part-II

THIRD SEMESTER
Paper - I Physical Chemistry 45 L each
7.5 points/credit
Paper - II Organic Chemistry
Paper - III Inorganic Chemistry
Paper - IV Spectroscopy-I


FOURTH SEMESTER


A number of Elective papers are suggested out of which a student has to offer FOUR Papers.
Paper - I Application of Computers in Chemistry 45 L each
7.5 points/credit
Paper - II Spectroscopy - II
Molecular Structure Elucidation by Spectroscopy and Diffraction Methods
Paper - III Natural Products
Paper - IV Medicinal Chemistry
Paper - V Organic Synthesis
Paper - VI Biomolecules
Paper - VII Elemento-organic Chemistry
Paper - VIII Inorganic Reaction Mechanism
Paper - IX Bio-inorganic Chemistry
Paper - X Photo-inorganic Chemistry
Paper - XI Biophysical Chemistry
Paper - XII Advanced Quantum Mechanics
Paper - XIII Applied Techniques in Analytical Chemistry
Paper - IX Solid State Chemistry
Paper - XV Petrochemicals
Paper - XVI Catalysis
Paper - XVII Polymer Chemistry
Paper - XVIII New Materials


For want of space, the sections under a given topic taught under the UGC guideline is not shown here. A break-up of a six-lecture course on statistical mechanics prescribed for physical chemistry P.G. students is shown as an example :

STATISTICAL MECHANICS : The most probable distribution, evaluation of Boltzmann parameters by Lagrange's method of undetermined multipliers, stirring's approximation, average values in statistical mechanics.

PARTITION FUNCTION : Evaluation of translational rotational and vibrational partition function of monoatomic and polyatomic ideal gases, Electronic partition function, Calculation of thermodynamic properties in terms of partition function, Application of partition function to heat capacities of ideal gases, heat Capacities of solids, residual entropies and Equilibrium constants.

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