St. Clair County Community College 2005-2006 Catalog

CHEMISTRY

Math and Science Department 810-989-5663

Two sequences in chemistry are available to the entering student. Certain fundamental concepts of investigation are common to all students in chemistry. Those students enrolling in a curriculum requiring a strong background in chemistry should take CHM 111 and CHM 112. Those desiring only an introduction to general chemistry and organic/biochemistry should consider CHM 101 and CHM 102.

CHM 101 Introduction to Inorganic Chemistry. Several foundation concepts of inorganic chemistry are presented. The emphasis is placed on measurement, atomic and molecular theories and models, states of matter, fundamental stoichiometry, and reaction theory. Applications, some theory, and the scientific method of thought are stressed. Laboratory experiments are designed to enhance these basic chemical principles and provide techniques of data gathering and communication.

Prerequisite: Assumed fundamental skills in mathematics (topics in MTH 102 or equivalent), reading, and writing

4 credits, plus 3 contact hours* = (4 lecture, 3 laboratory)

CHM 102 Introduction to Organic and Biochemistry. The organic chemistry segment considers the carbon atom, the classical functional groups, their definition, structure and bonding, systematic nomenclature, properties, and reaction. The biochemistry segment examines fundamental organic molecules that occur in living organisms (biomolecules), in addition to considering the dynamic sequential reactions that interrelate these molecules. The laboratory is used to enrich the students' experience by demonstrating techniques and establishing relationships to the topics under consideration. Winter semester only.

Prerequisite: Successful completion of CHM 101 or equivalent

4 credits, plus 3 contact hours* = (4 lecture, 3 laboratory) CHM 111 Chemistry Theory and Principles with Analysis. A primary emphasis is placed on fundamental chemical concepts and problem solving. Topics of measurement, number analysis, nomenclature, atomic and molecular modeling, reaction stoichiometry, states of matter and solution chemistry are considered. The laboratory is directed toward development and improvement of fundamental techniques, collection of data, analysis of these data, drawing conclusions, and communication of information to others.

Prerequisite: Minimum working competency in MTH 110 topics and high school chemistry or equivalent

5 credits, plus 2 contact hours* = (4 lecture, 3 laboratory)

CHM 112 Chemistry Theory and Principles with Analysis. This is a continuation of CHM 111 in theory and calculations. Emphasis is placed on topics of introductory physical chemistry, for example, kinetics, equilibrium, thermodynamics, electrochemistry and coordination compounds. The laboratory will consider data that relates to these major topics in a quantitative approach. The study of qualitative analysis of selected ions is also considered. Winter semester only.

Prerequisite: Successful completion of CHM 111 or equivalent

5 credits, plus 3 contact hours* = (4 lecture, 4 laboratory)

CHM 215 Organic Chemistry I. This class serves as an introduction to the nomenclature, reactions and synthesis of aliphatic and aromatic compounds and alkyl halides. Physical, structural and spectral properties of the various hydrocarbon subgroups are integrated with chemical bonding principles, reaction concepts, and stereochemistry. The laboratory is designed to develop the techniques needed for product isolation, purification and identification of organic compounds. Fall semester only.

Prerequisite: Successful completion of CHM 112

5 credits, plus 3 contact hours* = (4 lecture, 4 laboratory)

CHM 216 Organic Chemistry II. The major functional groups based upon oxygen, nitrogen, and sulfur are covered. The reactions of these compounds are approached from a mechanistic prospective including inductive, resonance, thermodynamic, kinetic, and equilibrium effects. Special topics include polymers, intramolecular rearrangements and photochemical reactions. In the laboratory, emphasis is on the accomplishment of major classes of organic reactions and synthesis. Winter semester only.

Prerequisite: Successful completion of CHM 215 or equivalent

5 credits, plus 3 contact hours* = (4 lecture, 4 laboratory)