TOPIC 01
| 01a | Specific Heat Capacity |
| 01b | Density (Sig. Figs) |
| 01c | Cooling Curves |
TOPIC 02
| 02a | Conservation of mass |
TOPIC 03
| 03a | Inorganic Nomenclature |
TOPIC 04
| 04a | Empirical Formula |
| 04b | Finding the formula of a hydrated salt |
| 04c | Limiting Reactant & % Yield |
| 04d | Preparing a standard Solution |
| 04e | Acid versus Hydrogen Carbonate Titration |
| 04f | Micro Scale Titration |
| 04g | Stoichiometry Simulation |
TOPIC 05
| 05a | Precipitation Reactions |
| 05b | REDOX Titration Simulations |
| 05c | Displacement Reactions |
TOPIC 06
| 06a | Determination of R (the universal gas constant) |
| 06b | Boyle’s law & Charles’ law |
TOPIC 07
| 07a | Flame Tests |
TOPIC 08
| 08a | Periodic Table Simulation |
| 08b | The Blank Periodic Table |
TOPIC 09
| 09a | Molecular Models |
TOPIC 10
| 10a | Enthalpy of Neutralization |
| 10b | Instant Cold Packs |
| 10c | Indirect Enthalpy Changes |
TOPIC 11
| 11a | Le Châtelier’s Principle |
| 11b | Le Châtelier’s Principle Simulation I |
| 11c | Le Châtelier’s Principle Simulation II |
TOPIC 12
| 12a | Titration Curves |
| 12b | Acid versus Hydroxide Titration |
| 12c | Acid Base Indicators |
TOPIC 13
| 13a | Rates of Reaction (Concentration) |
| 13b | Iodine Clock |
TOPIC 14
| 14a | Predicting REDOX reactions |
| 14b | Citrus Fruit Cells |