Chemistry

CH 101 Chemistry Mathematics (1) Prereq.: Concurrent enrollment in CH 106. Students learn mathematics skills needed for Introduction to General Chemistry. The topics include dimensional analysis, algebra, scientific calculator techniques, and solution procedures for chemistry problems. Fall sem.

CH 106 Introduction to General Chemistry (4) Prereq.: Credit for or concurrent enrollment in CH 101. Students learn the basic principles of chemistry with an emphasis on their relationships to biological applications that concern the nursing student. Lectures plus lab. Fall sem.

CH 111 General Chemistry (4) Prereq.: Non-nursing major; high school chemistry [or CH 106]; credit for or concurrent enrollment in MA 121 [or higher MA course or two years of high school algebra]. Students learn the principles of chemistry including classification of matter, unit conversion, stoichiometry, thermochemistry, atomic structure, chemical bonding, molecular structure, chemical reactions, the periodic table, gases, intermolecular forces, and condensed states of matter. Lectures plus lab. Fall sem.

CH 112 General Chemistry (4) Prereq.: CH 111. Students learn the principles of chemistry including solutions, chemical kinetics, equilibria, acids and bases, thermodynamics, oxidation and reduction, introductory organic chemistry, the study of metals and nonmetals, and nuclear chemistry. Lectures plus lab. Spring sem.

CH 205 Organic and Biological Chemistry (4) Prereq.: CH 106 or 111 and nursing or pre-physical therapy major. In the organic chemistry aspect of this course students study the aliphatic and aromatic organic compounds with an emphasis on the various classes of compounds and their characteristic reactions. In the biological aspect, students learn the metabolism and/or chemistry of carbohydrates, lipids, proteins, enzymes, vitamins, and hormones, and their relationships to one another from a biological standpoint. Lectures plus lab. Spring sem.

CH 211 Organic Chemistry (4) Prereq.: CH 112. Students learn the structure, reactions, and reaction mechanisms of alkanes, alkyl halides, alkenes, alkynes, alcohols, ethers, and epoxides. The course also includes the study of stereochemistry and aromatic compounds. 3 hours lecture, plus lab. Fall sem.

CH 212 Organic Chemistry (4) Prereq.: CH 211. Students study spectroscopy and conjugated systems, ketones, aldehydes, amines, carboxylic acids and their derivatives, and enols and a brief introduction to biochemistry. 3 hours lecture, plus lab. Spring sem.

CH 306 Biochemistry (4) Prereq.: CH 211. Students learn the structure of carbohydrates, lipids, proteins, vitamins, hormones, and enzymes and their relationship to life and metabolic processes. 3 hours lecture, plus lab. Spring sem.

CH 315 Analytical Chemistry (4) Prereq.: CH 112. Students learn the separation and analysis of chemical substances, with emphasis on electrolyte solutions. 3 hours lecture, plus lab. Fall sem.

CH 321 Physical Chemistry (4) Prereq.: PY 202 and credit for or concurrent enrollment in CH 315. Students apply calculus and physics to the study of chemical thermodynamics, reaction kinetics, and electrochemistry. 3 hours lecture, plus lab. Fall even.

CH 322 Physical Chemistry (4) Prereq.: CH 321. Students continue applying calculus and physics to the study of quantum chemistry, statistical mechanics, and spectroscopy. 3 hours lecture, plus lab. Spring odd.

CH 411 Inorganic Chemistry (4) Prereq.: CH 112. Students learn atomic structure, bonding, and periodic trends with particular emphasis on ionic solids, oxides, solid-state compounds, and acid-base chemistry. 3 hours lecture, plus lab. Fall odd.

CH 422 Advanced Organic Chemistry (4) Prereq.: CH 212. Students learn practical applications of organic chemistry, such as spectroscopic identification, synthesis, polymerization, and photochemistry. Theoretical background into reaction mechanisms, resonance, and orbital symmetry is presented. 3 hours lecture, plus lab. Spring even.

CH 432 Instrumental Analysis (3) Prereq.: CH 315. Students learn practical applications and the theoretical basis of modern instrumental methods. Students perform instrumental analysis by spectroscopic, electrochemical, and chromatographic techniques. 2 hours lecture, plus lab. Spring odd.