1. Quantitative Chemistry

1. Making a standard solution
2. Titration – Acid-Base
3. Titration – Redox
4. Titration – Precipitation
5. Titration – Exam Practice
6. Calculating the Molecular mass of a gas
7. Enthalpy – Thermometric Titration
8. Quantitative Chemistry – calculating the percentage composition of iron in iron tablets.
9. Quantitative Chemistry – Calculating the empirical formula of a compound

2. Atomic Structure

1. Atomic Emission Spectra

3. Periodicity

1. Halogen Displacement
2. Investigating Single Displacement Reactions of Metals

4. Bonding and Structure

1. Identification unknown substances
2. Exploring Periodic Trends in Oxide Acidity and Basicity: A Practical Investigation
3. Unraveling the Trends in Melting and Boiling Points of Elements: A Comprehensive Practical Investigation

5. Energetics

1. Enthalpy – Displacement
2. Enthalpy – Simple calorimetry
3. Enthalpy – Combustion of alcohols
4. Enthalpy – Hess Cycles
5. Enthalpy – Student Design
6. Enthalpy – Thermometric Titration

6. Chemical Kinetics

1. IGCSE Prescribed Practical: Investigating the Effect of Concentration and Temperature on Reaction Rates of Hydrochloric Acid and Sodium Thiosulfate
2. Exploring the Effect of Concentration on Reaction Rate: The Iodine Clock Reaction

7. Equilibria

1. Equilibria – Changes in concentration

8. Acids and Bases

9. REDOX

1. Winkler Method – Dissolved Oxygen Titration
2. Redox Titration
3. Quantitative Chemistry – calculating the percentage composition of iron in iron tablets.
4. Redox – Iron Tablet Titration (Improved)

10. Organic Chemistry

Synthesis of Aspirin

11. Measurements and Data Processing (Lab Reports and Internal Assessments IA)