Course Outcome
B.Sc. - Part-I, II, III
Subject: Inorganic Chemistry
1. Describeatomic structure on the basic idea of de-Broglie matter-waves, Heisenberg Uncertainty Principle Schrodinger waveequation and atomic orbits.
2. Describe thecharacteristics properties of s,p,d & f-Block elements.
3. DescribeCo-Ordination Chemistry.
4. Describe metal –ligands bonding in transition metalComplexes.
5. Describe thechemistry of lanthanides and actinides.
6. Describe the thermodynamics and kinetic aspectof metal complexes, factor affecting the stability of complexes, substitutionreaction in square planer complexes.
Subject: Organic Chemistry
1- Describe resonance,hyper conjugation , inductive effects, and H- bonding.
2- Describe the optical,geometrical isomerism including resolution, inversion ,retention, relative and absolute configuration and nomenclature.
3- Describe thenomenclature, formation and chemical reactions of alcohols, phenols, aldehydes, ketones carboxylic acids and its derivatives.
4- Describe Infra-red,UV-Visible , NMR Spectroscopy
5- Interpret the PMRspectra of simple organic molecule.
6- Describe syntheticdyes and their classification.
Subject: Physical Chemistry
1 -Describe the mathematical concept including logarithmicrelation, curve sketching, integration,differentiation, permutation, combination and probability.
2 -Describe the fundamentals of thermodynamics, phase rule and photochemistry.
3- Describe the rate of reaction, order of reaction and theirdetermination in chemical kinetics
4- Describe elementary quantum mechanics through black-body radiation, planks law, photoelectric effect,postulates of quantum mechanics.
5- Describe the kohlrausch law, transport number,electrochemical cell and its conventional representation pH and pKa.
6- Describe the electronic spectrum along with concept of PEcurves and frank- Condon principle.
M.Sc. – I -Semester
Describe the Group Theory and Chemistry of Metal Complexes, Quantum Chemistry, Thermodynamics and ChemicalDynamics-I as well as Theory of Applications of Spectroscopy-I
M.Sc. – II -Semester
Describe the Transition MetalComplexes, Reaction Mechanism, Thermodynamics and Chemical Dynamics –II as well as Theory of Applications of Spectroscopy-II
M.Sc. – III- Semester
Describe the ResonanceSpectroscopy, Photochemistry and Organocatalysis, Bio molecules, Catalysis, Solid State andSurface Chemistry and Process of Analytical Techniques and Data Analysis.
M.Sc. – IV -Semester
Describe the Instrumental Methods of Analysis, Natural Products andMedicinal Chemistry, Material AndNuclear Chemistry as well asEnvironmental and Applied Chemical Analysis.