Chemistry presents the student with traditional course content, spanning the structure of atoms and molecules, their organization in the periodic table, bonding, structure and stoichiometry. The interactions of molecules in the states of solid, liquid and gas are studied through both theoretical and experimental methods. Solution theory leads to chemical equilibrium, acid-base chemistry and solubility equilibrium. Thermodynamics is studied through heat and state functions, while oxidation-reduction chemistry is closely linked to electrochemistry. General principles of reaction rate are presented through demonstrations in lab. Nuclear chemistry rounds out the syllabus. Students have the opportunity to choose topics in carbon chemistry or other areas of interest as independent projects.
In addition to homework assessments, written projects are assigned to develop research skills. Laboratory skills are taught mostly through directed experiments. Students develop a facility with the basic types of chemical apparatus and equipment.
This course is a prerequisite for AP chemistry, described separately
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