1. Halogenoalkane Reactivity and Hydrolysis – Investigating the rate of hydrolysis of different halogenoalkanes using silver nitrate precipitation. 2. Enthalpy Changes and Combustion – Calculating the enthalpy change of combustion of methanol from experimental data. 3. Reaction Mechanisms and Free Radicals – Writing initiation, propagation, and termination steps for the fluorination of methane. 4. Bond Energies and Reaction Enthalpies – Determining the bond enthalpy of I–Cl using given bond energy values and reaction enthalpy data. 5. Kinetics and Maxwell-Boltzmann Distribution – Analyzing how temperature affects the number of molecules exceeding activation energy. 6. Titration and Iodine Number Calculation – Determining the degree of unsaturation in an oil sample using iodine monochloride titration data.