1. Reaction Kinetics and Maxwell-Boltzmann Distribution – Comparing molecular energy distributions at different temperatures and explaining the effect on reaction rates. 2. Equilibrium Constant and Temperature Effects – Calculating equilibrium concentrations and evaluating how temperature changes shift equilibrium positions. 3. Enthalpy Changes and Hess’s Law – Using bond enthalpy values to determine enthalpy change of combustion and analyzing discrepancies with data book values. 4. Organic Reaction Mechanisms – Drawing mechanisms for electrophilic addition and free radical substitution reactions in organic synthesis. 5. Titration and Enthalpy Change Calculation – Determining enthalpy change per mole for a neutralization reaction using experimental temperature changes. 6. Infrared Spectroscopy and Functional Group Identification – Using IR spectra to confirm the absence of starting materials in a reaction product.