The topics covered are treated mathematically. Calculations involving the quadratic formula and logarithms are routine. Students must, therefore, be competent in the fundamental algebraic manipulations and have a working knowledge of the applications of logarithms. Laboratory work in Chemistry II is directly related to the lecture. Rather than merely demonstrating or proving the principles covered in class, the laboratory experiments are designed to show the students how the proper collection and treatment of data leads to an understanding of the detailed chemical behavior of specific systems.
Students are, therefore, introduced to the investigative methods employed by working chemists.
Chemistry II is intended to prepare science majors for additional course work in organic, analytical, physical, and inorganic chemistry. I, will be expanded and treated in more precise mathematical terms in future courses. Thus, Chemistry II and Chemistry I serve as the fundamental courses in chemistry for science majors. Understand molecular structure as a consequence of internal bond type, and the resultant properties of various types of liquids and solids and their relationship to changes of state. Use the bonding theory as it applies to concepts such as nomenclature, formula writing, and acid and base properties.