– Apply concepts of crystal structure and packing efficiency
– Explain colligative properties like boiling point elevation, freezing point depression
– Apply concepts of electrode potential, standard electrode potential, and Nernst equation
– Analyze galvanic cells and electrolytic cells
– Understand the concept of activation energy and catalysts
– Apply concepts of rate laws and order of reactions
– Explain catalysis and the role of surfaces in reactions
– Explore applications of surface chemistry in various fields
– Explain methods like electrolysis, thermal decomposition, and reduction
– Understand the preparation and reactions of important p-block compounds
– Learn about the preparation and reactions of important transition metal compounds
– Explain isomerism in coordination complexes
– Analyze naming conventions for coordination compounds
– Understand the concept of nucleophilic substitution reactions
– Understand the concept of functional group interconversion
– Understand the concept of carbonyl group chemistry
– Understand the importance of these compounds in biological systems
– Understand their role in living organisms
– Understand the concept of polymerization and its different mechanisms