These labs are student adaptations of traditional High School Labs.   Gibberish is the language of choice for most Chemistry teachers and lab books.   The labs are really easy, fun, and help the student understand difficult concepts.   When the labs are read from traditional books they make the labs so complicated that the ORIGINAL purpose, to enhance learning is lost.  The best way to explain a concept is to have a student explain it  to another person.  Thus these labs were handed to the students to interpert in ways only they can.

If you have anything to add or comments to make please contact the school

Techniques By Erin Wight and Laura Nurse
Lab 1: Mixture Separation (techniques 2) Brad Roache and Matthew Fitzpatrick
Lab 2: Evidence for a Chemical Reaction By Patrick Snow and Adam Wiscombe
Lab 3: Glassware (Why so many beakers) By Michael Duke and Jeff Hollings
Lab 4: Copper Lost, Copper Found By Christina Piccott and Trudy Lawlor
Lab 5: Mass Conservation By Jill Morgan and Allan Power
Lab 6: Empirical Formula By Arlene O'Keefe
Lab 7: Brass (Alloys)
Lab 8: Stoichiometry By Debra McGrath and Pam Crotty
Lab 9: Limiting Reagent By Erin Kenny and Glen Sturge
Lab 10: Dilution (Making Solutions) By Matthew Crow and Jeremy Walker
Lab 11: Partial Pressures/Air as a Mixture By Nichole Curnew and Susan Lawlor
Lab 12: Butane Lighter /Molar Mass of a Gas By Robin Wallace and Jen Pike
Lab 13: Geometry
Lab 14: Best Calorimeter
Lab 15: Heat Lost/ Heat Gained (2^nd Law of Thermodynamics)
Lab 16: Specific Heat Capacity of a Metal By Kelli Bennett and Mike Stamp
Lab 17: Molar Heat of Neutralization
Lab 18: Combustion of Candle Wax (or Peanuts)
Lab 19: Molar Heat of Solidification
Lab 20: Equilibrium
Lab 21: Reaction Rates (I)
Lab 22: Reaction Rates (II)
Lab 23: Indicators, pH, and pOH
Lab 24: Standardization of [NaOH]
Lab 25: Lab Titration
Lab 26: A.S.A. Titration
Lab 27: Carbon in us All
 

Stoichiometry By Deanne Duff and Nicole Noseworthy
 
 

Created by Beth Power and Chris Squires
Last updated, March 28, 2000