| Experiment |
Title |
| Safety |
Safety in the Laboratory |
| Safety Agreement |
Safety Agreement Form |
| 1A |
Measurements and Data Treatment |
| 1B |
Determining the Thickness of Zinc on a Galvanized Washer |
| 1C |
Measurements, Data Treatment, and
Introduction to Spreadsheeting |
| 1C |
Zinc the Bismarck (zinc
washers) |
| 1D |
Introduction to
the Chemistry Laboratory |
| 1E |
Measurements in the Chemistry Laboratory |
| 2 |
Use of Top-Loading and Analytical Balances:
Determination of the Water of Hydration of an Ionic Solid |
| 2B |
Obtaining Water from a Martian Rock |
| 2C |
Obtaining Water from a Martian Rock
II |
| 3 |
Determination of the Molar Mass of a
"New" Metal. |
| 4 |
Stoichiometry of the Decomposition of
Potassium Chlorate |
| 4A |
The
Decomposition of Potassium Chlorate |
| 4B |
The
Decomposition of Potassium Chlorate 2 |
| 4C |
Determining the Stoichiometry for the
Reaction of Hydrogen Peroxide and Potassium Permanganate |
| 5 |
Physical Measurements |
| 5B |
Physical Measurements: The Density of a Solution |
| 5C |
Physical Measurements: The Density of a Solution
2 |
| 5D |
Bottles Without Labels |
| 5E |
Bottles Without Labels 2 |
| 6A |
A Series of Chemical Reactions |
| 6C |
Electrochemical Activity Series |
| 6D |
A Series of
Reactions Involving Copper |
| 6E |
Establishing an
Activity Series for Several Metals |
| 7A |
Analysis of Brass |
| 7B |
Analysis of Vitamin Pills for Iron |
| 7C |
Determination of the Ka of a Slightly
Soluble Weak Acid |
| 7D |
Analysis of
Brass Sample |
| 7E |
Spectrophotometric Analysis of Brass |
| 8 |
Gas Laws |
| 9 |
Determination of the Ideal Gas
Constant, R. |
| 9A |
Explaining a
Simple Gas Experiment |
| 9B |
Studying the
Decomposition of Potassium Chlorate |
| 9C |
Determination of
the Ideal Gas Constant, R |
| 11 |
Molar Mass by Lowering of the
Freezing Point |
| 12A |
Calorimetry: The Enthalpy of Formation of MgO |
| 12B |
Molar Heat of Vaporization, Hvap |
| 12C |
Thermodynamic Properties of
Ammonium Carbamate |
| 12D |
Thermodynamics of the Formation of
the Thiocyanatoiron (III) Complex Ion |
| 12E |
The Liquid-Vapor Equilibrium of
Water |
| 12F |
Calorimetry and
Hess' Law: Finding DH° for the
Combustion of Magnesium |
| 12G |
Principles of Equilibrium and Thermodynamics |
| 12H |
Principles of
Equilibrium and Thermodynamics 2 |
| 12J |
Calorimetry and
Hess' Law: Finding DH° for the
Combustion of Magnesium 2 |
| 12K |
Calorimetry: The Enthalpy of Formation of
CaO |
| 12L |
Investigating
Factors that Affect DT, qrxn,
and DH for Neutralization Reactions |
| 13A |
The Kinetics of the Oxidation of Iodide
Ion by Hydrogen Peroxide |
| 13B |
The Kinetics of Ferroin Reactions |
| 13C |
The Kinetics of a Nitroferroin Reaction |
| 13D |
The Kinetics of a Nitroferroin Reaction
2 |
| 13E |
The Blue Bottle Reaction |
| 13F |
Reaction Kinetics |
| 13G |
Reaction Kinetics
2 |
| 13H |
The Reaction of Red Food Color with Bleach |
| 13I |
The Reaction of Red Food Color with Bleach |
| 13N |
Radioactivity |
| 14 |
Navy Boiler Water Tests |
| 14A |
Boiler Water Chemical Tests and Treatments |
| 14B |
Navy Boiler Water
Chemical Tests and Treatments |
| 15 |
Percent by Mass of Acetic Acid in
Vinegar |
| 15A |
Analysis of Vinegar |
| 16 |
Hydronium Ion Concentration |
| 17 |
The
Neutralizing Ability of Antacids |
| 17A |
The
Neutralizing Ability of Antacids 2 |
| 18A |
Acid - Base Titration Curves |
| 18B |
Carbon Species in the Lithosphere and Hydrosphere: The Carbonic
Acid System |
| 19 |
Spectrophotometric Determination of
an Equilibrium Constant |
| 19A |
Measurement of
an Equilibrium Constant using Spectrophotometry |
| 20 |
Solubility of CaSO4 |
| 21A |
Faraday's Law |
| 21B |
The Chemistry of Cells and Storage
Batteries |
| 21C |
Analysis of Vodka |
| 21D |
The Electrochemical Activity Series and Batteries |
| 21E |
Electrochemistry: Cells, Batteries,
Corrosion, and Electrolysis |
| 21F |
Electrochemistry:
Cells, Batteries, Corrosion, and Electrolysis 2 |
| 21G |
Electrochemistry:
Galvanic Cells and Batteries |
| 21H |
Electrochemistry:
Corrosion |
| 22 |
Analysis of Cl- and I- in the
Presence of
Each Other: A Potentiometric Titration |
| 23 |
The Determination of the Formula of a
Complex Ion of Silver |
| 23B |
Determination of the Equilibrium Constant for a
Dissociation Reaction |
| 24 |
Determination of Chloride Ion in
Seawater Via Selective Precipitation |
| 25 |
Qualitative Analysis |
| 25B |
Structure and Functional Groups: Organic Qualitative
Analysis |
| 26A |
Synthesis and Purification of Esters |
| 26B |
Polymers |
| 26C |
Polymers - Linear and Crosslinked
Polyesters |
| 26D |
Linear and Crosslinked Polymers |
| 26Dx |
Linear and Crosslinked Polymers ('03) |
| 26E |
Linear and Crosslinked Polymers
('06) |
| 26F |
Preparation and Recylcing of Linear and
Crosslinked Polymers |
| 26G |
Synthesis of
Esters |
| 27 |
Heat Transfer from Chemical Reactions |
| 28 |
Determination of an Equilibrium
Constant and Hydrogen Bonding |
| 28B |
Determination of the Relative Solubility of Crotonic Acid |
| 29A |
Determination of the Wavelength of
Diffracted Light |
| 29B |
Emission Spectrum of Hydrogen |
| 29B |
Emission Spectrum of Hydrogen
(calculator version) |
| 29B |
Emission Spectrum of Hydrogen (Excel
version) |
| 29C |
Emission Spectrum of Hydrogen |
| 30 |
Energy Content of Fuels |
| 30A |
Energy Content of Fuels |
| 30B |
Energy Content of Fuels |
| 31 |
Soap - A Fatty Acid Salt |
| 32 |
Buffers |
| 33 |
Analysis of Oxygen Bleach |
| 34 |
Evaluation of Deicers |
| 34B |
Evaluation of
Deicer and Antifreeze Performance |
| 35 |
Black and White Photography |
| 35B |
Silver and
Non-Silver Photographic Chemistry |
| 35C |
Photographic Chemistry |
| 36 |
Determining the Size of a Single Molecule |
| 37 |
Colors To
Dye For: Beer's Law and Natural Dyes |
| 37A |
Edible
Colors: Beer's Law and Food Dyes |
| 38 |
Conversion of Aluminum to Alum |
| 39 |
Magnetic Behavior and Electron Configurations |
|
Appendices |
