- About the Author
Where No Laboratory Facilities Are Available
In home settings or schools without standard lab fixtures (gas jets, vent hoods, etc), conducting effective chemistry experiments is a challenge. Many publishers make experiments so “easy” that the chemistry principles in focus are not well illustrated. Oftentimes the learning goal is absent or unclear. The student may end up performing steps that she doesn’t understand to witness a chemical reaction that she also doesn’t understand. Home educators may see no other option but to resort to “easy” experiments using household items.
The result can quickly become little more than a magic show. Students mix ingredients and watch the effects never achieving the learning objectives. The chemicals, procedures, and equipment often bear little or no resemblance to what a real chemist would use, and they do not prepare students for the rigors of their college science courses.
* Page 5 describes a reasonable subset of experiments for the two chemistry books that are suggested for homeschools. These are referred to as the Economy Core.
Novare Science & Math has the goal of helping educators of all sorts implement an excellent science education program. In the chemistry lab, this means bringing students into the real chemist experience. It requires effort, skill, and patience – learning and observing universal safety procedures, use of correct terminology, use of apparatus, skills of measurement, recording, documentation, cleanup and waste disposal. The best-educated students will also take some time to learn the background of an experiment, how to analyze results, and how to write a premier lab report.
Chemistry Experiments for High School at Home is a student manual designed to bring top-quality chemistry experiments to the context where standard lab facilities are unavailable. Equipment and procedures accommodate limited facilities without losing the essential educational value. This book has low-cost alternatives to expensive equipment and recommendations for procuring small quantities of chemicals.
Each experiment includes Learning Objectives, Text Connections (for General Chemistry and Chemistry for Accelerated Students textbooks), Lab Skills Focus, Materials and Apparatus List, safety issues, Background, Procedure, as well as any special waste disposal matters. Pages are perforated so that students can remove the Short Form Report Sheets for each experiment.
Dr. Christina H. Swan
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.
John D. Mays
After receiving his BS in Electrical Engineering from Texas A&M University, John D. Mays worked for 14 years as an electrical engineering and engineering manager in the areas of electrical, control, and telecommunications systems. Drawn toward the field of education, John acquired an MEd in Secondary Education from the University of Houston in 1989, and subsequently completed 36 hours of graduate study in Physics at Texas A&M. Shortly after joining the faculty at Regents School of Austin in 1999, John began work on an MLA at St. Edward's University, which he completed in 2003. John served as Math-Science Department Chair at Regents School for nine years and as Director of the Laser Optics Lab for 10 years. He founded Novare Science & Math in 2009 and is the author of numerous science texts and teacher resources. He now works full time as Director of Science Curriculum for Classical Academic Press.
Grade Level: 10-12
Course Length: 1 year
Trim Size: 8.5” x 11"
Binding: Coil-bound, soft cover
Color or BW: B&W
- Measurement of Physical Properties
- Separation of Components in a Mixture
- Flame Texts 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 Gas
- Metathesis Reactions
- Acid-Base Titration
- Effectiveness of Antacids
- Calorimetry and Hess’s Law
- Rate Law Determination for the Acid-Catalyzed Iodination of Acetone
- Titration Curves and Ka
- Determination of the Percentage of Iron in Iron Supplements—Redox Titration
- Electrochemical Series
- Synthesis of Aspirin
- Calorimetry of Organic Compounds