This course does not meet the prerequisite requirements for Chemistry II or Biology II. Problem solving in this course requires more mathematics than basic mathematics courses. This course is designed to provide an understanding of the major principles and concepts of chemistry. Laboratory investigations are an integral part of the program. The course meets graduation requirements, and is acceptable for the college entrance requirement. Students who plan science majors, however, should enroll in Chemistry I Honors.

Students who select this chemistry will have the opportunity to study current atomic structure theory; molecular shapes; Van der Waals forces; freezing point depression and boiling point elevation of solvents; hydration of ions; ionization of covalent compounds; acids, bases, and salts; molar solutions and chemical equilibrium; chemical equivalents of oxidizing and reducing agents; electrode potentials; and metallic and non-metallic element technologies. Laboratory investigations are an integral part of this course.

Students study descriptive chemistry of the elements in greater detail than Chemistry I. Other topics include crystallography, metallurgy, and chemical bonding. In addition to the laboratory activities supporting these topics, there is some experience with instrumental methods of chemical analysis. Understanding principles of reaction is enhanced through laboratory investigations in thermodynamics, chemical kinetics, and equilibrium. The course concludes with of study of selected topics in organic chemistry, biochemistry, and nuclear chemistry.