In addition to atomic theory, topics include phases of matter, the mole concept, equilibrium, solubility, oxidation-reduction, bonding theories, radioactivity, acids and bases, and selected topics in organic chemistry. The course presents concepts about the chemical composition of the world and the mathematical nature of relationships in matter. Rigorous attention is given to theories that seek to explain the cause-effect relationships and practical applications of these theories.

The chemistry of specific chemical groups and families is examined through laboratory investigations, lectures, and instructional media. This chemistry course is suited to most students.

Prerequisites: B+ in Biology and B in Algebra I with science teacher recommendation

This demanding course is presented at an accelerated pace and explores chemical problem solving techniques to a deeper level than the traditional chemistry offering. Chemistry is presented as an experimental science, allowing students to learn fundamental concepts by experimentation. Rigorous attention is given to abstract theories and the practical applications of these theories. Topics include energy, the mole concept, atoms and ions, elements and the Periodic Table, stoichiometry, modern atomic theory, chemical bonding, phases of matter, solutions, acids and bases, organic chemistry, radioactivity, and biochemistry.

Designed for junior and senior students with a good background in previous science courses, the course is also available to tenth grade students who have taken Molecular Biology in grade nine and who meet other requisites.

Students who envision a career in science, engineering, or medicine are encouraged to elect this offering. Formal laboratory reports and analysis of laboratory experiments will be an integral part of the course work. Keeping pace with the class and completing written assignments promptly are expected of students who choose honors level chemistry.