Chemistry:

The course is designed as a college-prep chemistry course. It is taught at the early level so students have a chemistry background for the study of biology. The following topics are emphasized: Lab design, scientific method, measurement, properties of matter, atomic theory, electron configuration, periodic table, bonding, molecular geometry, intermolecular forces, formulas and names of compounds, chemical reactions, stoichiometry, kinetic theory, states of matter, gas laws, solutions, acids, introduction to nuclear and to organic chemistry. Woven into the program are topics in kinetics, equilibrium, thermodynamics, redox reactions, descriptive chemistry, careers and the benefits and hazards of chemicals. Support for the mathematics of chemistry is supplied throughout the course.

Laboratory work includes (in part): designing an experiment, weighing, using a Bunsen burner, separating by physical and chemical means, analyzing using flame tests, working with models, identifying precipitates, determining empirical formulas, discovering Boyle’s Law and Molar Volume, comparing chromatography techniques, investigating acids, bases and determining pH, manufacturing an organic flavor, manufacturing and testing polymers and simulating nuclear decay.