A laboratory practicum incorporating a series of quantitative experiments is an essential component of any high school or college chemistry course. It is one thing to read about precipitations; it is another thing to see the precipitates form with your own eyes. Lab experience also provides students with practice using standard laboratory apparatus and methods. Finally, there is nothing like laboratory practice to give students a feel for how the stoichiometric calculations learned in the classroom relate to the predictions and results of an actual experiment
This manual is the student’s guide to accompany General Chemistry and Chemistry for Accelerated Students. Included are instructions for 20 experiments, materials lists, safety issues, discussion questions and more. Pages are perforated for easy removal of the Short Form Report Sheet which is to be filled out and turned in after each experiment.
The experiments in this manual are designed for schools with standard laboratory facilities and equipment. If your school or home does not yet have such facilities, we suggest you take a look at our other experiments book, Chemistry Experiments for High School at Home (CEHSH). The experiments in CEHSH are rigorously quantitative, just as they are in CEHS.
For chemistry, or any high school science experiment, we recommend The Student Lab Report Handbook as a companion guide to show students how to prepare excellent lab reports.
If you need to order the charter school version of this text, please visit this page.
- Identification of Substances and Physical Properties
- Separation of Components in a Mixture
- Flame Tests and Metal Cation Identification
- Determining the Empirical Formula of a Copper Chloride Hydrate
- Activity Series
- Limiting Reactant and Percent Yield
- Intermolecular Forces
- Mole Amount of a Gas
- Metathesis Reactions
- Acid-Base Titration
- Effectiveness of Antacids
- Calorimetry and Hess's Law
- Rate Law Determination for the Acid-Catalyzed Iodination of Acetone
- Le Châtelier's Principle
- Titration Curves and Ka
- Determination of the Percentage of Iron in Iron Supplements—Redox Titration
- Electrochemical Series
- Synthesis of Aspirin
- Calorimetry of Organic Compounds
ABOUT THE AUTHOR
CHRISTINA SWAN received her BS in Biology from Westmont College and her Ph.D. in Molecular Pathology from the University of California at San Diego. She was a research chemist for several years before choosing to become an educator. She currently teaches chemistry at Waterloo School of Austin. Christina is a reviewer and contributor to Novare’s chemistry curriculum series. She is the primary author of Chemistry Experiments for High School and Chemistry Experiments for High School at Home. She currently lives in Austin, Texas with her family.