| PLAYCHEM | ||
![]() Carpe artem chemicam! |
also SUPER-PLAYCHEM and H-LAB Short--Simple--Significant |
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| ALCHEMY | Thickness of a metal coating. Potentials. | ElectroChemistry Atomic Geometry |
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| AspEQ | Formation Constant for Ferric Salicylato complex | Spectroscopy and Equilibrium | |
| AspirASA | super-PLAYCHEM |
Analysis for aspirin in an aspirin tablet | |
| AVOGADRO | super-PLAYCHEM Ideal Gas Law |
Molecular Weight of a gas | |
| Freezing Point Depression | Determining Ka; Using Van't Hoff factor | ||
| BLACKPEN | . Paper Chromatography |
Identifying the source of an ink spot | |
| BLEACH | Titration and Spectroscopy | Determining the NaOCl concentration in Bleach | |
| BREATHALYZER | Spectroscopic Analysis | Spectroscopic analysis of a sample for alcohol content | |
| CALIBRATE | CalibASA | super-PLAYCHEM Use of pipet, buret and balance |
Calibrating volumetric glassware by weighing the water they deliver |
| CANCRUSH | ... Gas Laws, Charles' Law |
Temperature inside a heated soda can | |
| CANDLELIGHT | Calorimetry, Rate | Measuring heat given off and weight loss as a candle burns | |
| DENPEN* | DenPenASA | super-PLAYCHEM Density of a penny |
Measuring volume by geometry and displacement |
| DOBJECT | . Density of an irregular object |
Use of buoyancy and mass to measure density | |
| DOLOMITE | Acid-base titration EDTA Titration |
Ca-Mg composition of a carbonate rock | |
| HYFORM | ... Stoichiometry, Gravimetry |
Determining the formula of a hydrate | |
| ICE* | IceASA | super-PLAYCHEM Calorimetry |
Heat of fusion of ice |
| IVY | .. Chromatography |
Separation of plant pigments | |
| MILK* | MilkASA | super-PLAYCHEM EDTA Titration, Stoichiometry |
Determining the calcium content in a milk samples |
| MOLRAT | . Volumetric Stoichiometry |
Determining the combining ratios using simple dropwise titration |
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| MONEYCAL | ... First Law of Thermodynamics |
Determing the stability of moneycules | |
| MONEYCULE | ... Atomic Molecular theory |
Structure and molecular weight using coins as atoms |
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| MONEYKIN | ... First Order Kinetics |
Kinetics of decomposition of moneycules | |
| ORG* | OrgASA | super-PLAYCHEM Organic Reactions |
Recognizing Functional groups. Typical organic reactions |
| PARADOX | Changing pH of Vinegar | Weak Acids, Ionic Strength, Buffers, pH and Indicators | |
| POLLUTION | Synthesis and Properties Balancing Equations |
Synthesis and identification of gasses (some notorious) |
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POPCORN |
Density | Density | |
| POTENTIAL | ElectroChemistry, Nernst Equation, Faradays Law | Measuring the potential of a "penny-diet coke" cell |
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| PUTTY | Structure and Properties, Macromolecules | The properties of a polymer made from Elmers Glue and Borax | |
| REACT* | ReactASA | super-PLAYCHEM Typical Chemical Reaction |
Carrying out everyday reactions in the laboratory |
| SOAP | Stoichiometry based on simple dropwise titration | Determining the hardness of water | |
| SODACAN | Nutrition and Density | Determining whether a can of soda will sink or float or make you fat. | |
| STEELWOOL | Stoichiometry Conservation of mass |
Stoichiometry of burning steelwool | |
| VINEGAR | Stoichiometry Titration using a Buret |
Analysis of vinegar | |
| ZERO | Gas Laws, Absolute Zero | Extrapolation of Pressure Temperature data to P=0 | |
| ZINCIODIDE* | ZnIASA | super-PLAYCHEM Stoichiometry, Gravimetry |
Determining combining ratio in a heterogeneous reaction |
| *have PRELABS | © R.W. Kluiber 1/12/2000 |