Course Outcome

• Achieve a deep understanding of Nernst’s heat theorem, the Third law of thermodynamics, and chemical affinity, applying them effectively to analyze systems and calculate entropies, free energy changes, and equilibrium constants.
• Master theories of reaction rates, including collision theory and transition state theory, along with their limitations, gaining insight into reaction mechanisms and solvent effects on reaction rates.
• Develop a comprehensive understanding of polymerization techniques and molecular weight concepts, enabling accurate characterization of polymer samples and proficiency in analytical methods such as viscometry for molecular weight determination.
• Acquire proficiency in experimental design, data analysis, and numerical interpretation, applying theoretical principles to practical problems in thermodynamics, reaction kinetics, surface chemistry, and polymer science.