HONORS LABS UNIT 01 - MATTER & MEASUREMENT 01a Specific Heat Capacity 01b Density (Sig. Figs) 01c Cooling Curves UNIT 02 - ATOMS & ATOMIC THEORY 02a Conservation of mass UNIT 03 - INORGANIC NOMENCLATURE 03a Inorganic Nomenclature UNIT 04 - REACTIONS & STOICHIOMETRY 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 UNIT 05 - AQUEOUS SOLUTION 05a Precipitation Reactions 05b REDOX Titration Simulations 05c Displacement Reactions UNIT 06 - GASES 06a Determination of R (the universal gas constant) 06b Boyle’s law & Charles’ law UNIT 07 - ELECTRONIC CONFIGURATION 07a Flame Tests UNIT 08 - PERIODICITY 08a Periodic Table Simulation 08b The Blank Periodic Table UNIT 09 - BONDING 09a Molecular Models UNIT 10 - THERMOCHEMISTRY 10a Enthalpy of Neutralization 10b Instant Cold Packs 10c Indirect Enthalpy Changes UNIT 11 - EQUILIBRIUM 11a Le Châtelier’s Principle 11b Le Châtelier’s Principle Simulation I 11c Le Châtelier’s Principle Simulation II UNIT 12 - ACIDS & BASES 12a Titration Curves 12b Acid versus Hydroxide Titration 12c Acid Base Indicators UNIT 13 - KINETICS 13a Rates of Reaction (Concentration) 13b Iodine Clock UNIT 14 - ELECTROCHEMISTRY 14a Predicting REDOX reactions 14b Citrus Fruit Cells