• Lab re-arrangement to correspond to the May 2019 CED are appearing here
  • *Inquiry Labs are subscriber only from 2014 forward
  • General instructions for lab reports.

UNIT 1 – Atoms, Elements and Periodicity

Inquiry 01C What is the formula of the oxide that magnesium forms?*
01E Flame Tests
01F Preparing a standard solution
01F Acid versus hydrogen carbonate solution


AUGUST 2013 – MAY 2019


00a Density (Significant Figures)
00b Inorganic Nomenclature


Inquiry Lab 01a What is the formula of the oxide that magnesium forms?*
01a Flame Tests
01b Hydrated Salts (Empirical Formula)


Inquiry Lab 02a Lab name here*
02a Determination of R
02b Molecular Models
02c Thin Layer Chromatography (TLC)


Inquiry Lab 03a How much calcium carbonate is in that antacid tablet?*
Inquiry Lab 03b How accurate are the labels on drugstore H2O2 bottles?*
03a Hydrated Salts
03b REDOX Titration Simulations
03c Preparing a Standard Solution
03d Acid versus. Hydrogen Carbonate Titration


Inquiry Lab 04a How does acid conc. affect the rate of erosion of marble?*
04a Rates of Reaction (concentration)
04b Rates of Reaction Simulation


Inquiry Lab 05a Which is the best ‘hot pack’?*
05a Indirect Enthalpy Changes
05b Cooling Curves
05c Specific Heat Capacity
05d Enthalpy of Neutralization
05e Calculation of Gibbs Free Energy
05f Endothermic Reactions and Entropy
05x Flinn – Discovering Instant Cold Packs (external link)


Inquiry Lab 06a What is the Ka for ethanoic acid?*
Inquiry Lab 06b What is the Ka for ethanoic acid? (Half-titration method)*
06a Le Chatelier’s Principle
06b Le Chatelier Simulation I (Q v. K)
06c Le Chatelier Simulation II (Q v. K)
06d Acid versus Hydroxide Titration
06e HCl versus KOH Titration Simulation

UP TO MAY 2013 (legacy AP curriculum)

1a Density (Significant Figures)
2a Conservation of mass
2b Inorganic Nomenclature
2c Radioactive Decay Simulation
3b Flame Tests
4b Hydrated Salts
4c Empirical Formula
4d Preparing a standard solution
4e Acid v. Hydrogen Carbonate Titration
5b REDOX Titration
5c REDOX Titration Simulation
6a Molar mass of a volatile liquid
6b Boyle’s law and Charles’ law
6c Determination of R
7b The Blank Periodic Table
7c Periodic Table Simulator
8a Molecular Models
9a Enthalpy Changes
9b Indirect Enthalpy Changes
13a Le Chatelier’s Principle
13b Le Chatelier Simulation
13c Le Chatelier Simulation II
14a Titration Curves
14b Titration Simulation
15b Rates of Reaction (Concentration)
16a Electrochemistry Simulation
17a Boiling Point Elevation
17c Freezing Point Depression