Course Outcome

• Proficiency in molecular geometry prediction and electronic structure analysis using VSEPR theory, Walsh diagrams, and the Bent rule.
• Understanding of aromaticity in conjugated systems and theoretical analysis of electronic structures in many-electron atoms.
• Knowledge of the roles of metal ions and enzymes in biological systems and their therapeutic applications in medicine.
• Insight into metal-nucleic acid interactions, fluorescence quenching, and substitution reactions in square planar complexes.
• Understanding of oxidation-reduction reactions, electron transfer mechanisms, and complex equilibria in solution chemistry.
• Practical skills in experimental methods for determining stability constants of metal complexes.