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Current version - Indiana University South Bend

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2903 IU SOUTH BEND COURSE DESCRIPTIONS<br />

CHEM-C 105<br />

CHEM-C 106<br />

CHEM-C 120<br />

PRINCIPLES OF CHEMISTRY I (3-5 cr.)<br />

P: One year of high school chemistry<br />

or CHEM-C 101; MATH-M 107 or<br />

Level 4 on the mathematics placement<br />

examination; CHEM-C 125 concurrently.<br />

Basic principles, including stoichiometry,<br />

atomic and molecular structure,<br />

properties of inorganic compounds.<br />

Lecture and discussion. Credit given for<br />

only one of the courses CHEM-C 100,<br />

CHEM-C 101, CHEM-C 105. I<br />

PRINCIPLES OF CHEMISTRY II (3-5 cr.)<br />

P: CHEM-C 105, CHEM-C 125; CHEM-C<br />

126 concurrently. Solution equilibria,<br />

thermodynamics, kinetics. Lecture and<br />

discussion. Credit given for only one of the<br />

courses CHEM-C 102, CHEM-C 106. II<br />

CHEMISTRY LABORATORY (2 cr.)<br />

P or concurrent: CHEM-N 190.<br />

Laboratory component of CHEM-N<br />

190. Experiments illustrating chemical<br />

principles and their applications to<br />

biology, the environment, and health.<br />

Laboratory and laboratory lecture. Credit<br />

given for only one of the courses CHEM-C<br />

120, CHEM-C 121, CHEM-C 125. I, II, S<br />

CHEM-C 121 ELEMENTARY CHEMISTRY LABORATORY 1<br />

(2 cr.)<br />

P or concurrent: CHEM-C 101. Laboratory<br />

component of CHEM-C 101. Introduction<br />

to the techniques and reasoning of<br />

experimental chemistry experiments<br />

illustrating principles of chemistry.<br />

Laboratory and laboratory lecture. Credit<br />

given for only one of the courses CHEM-C<br />

120, CHEM-C 121, CHEM-C 125. I, II, S<br />

CHEM-C 125<br />

CHEM-C 126<br />

EXPERIMENTAL CHEMISTRY I (2 cr.)<br />

P: CHEM-C 105 concurrently. Laboratory<br />

component of CHEM-C 105. Emphasis<br />

on the collection and use of experimental<br />

data, properties of solutions,<br />

stoichiometry, and synthesis. Laboratory<br />

and laboratory lecture. Credit given for<br />

only one of the courses CHEM-C 120,<br />

CHEM-C 121, CHEM-C 125. I<br />

EXPERIMENTAL CHEMISTRY II (2 cr.)<br />

P: CHEM-C 125; CHEM-C 106<br />

concurrently. Laboratory component of<br />

CHEM-C 106. Emphasis on equilibria,<br />

thermodynamics, qualitative analysis,<br />

acids and bases, electrochemistry,<br />

and chemical kinetics. Laboratory and<br />

laboratory lecture. II<br />

CHEM-C 208<br />

CHEM-C 301<br />

CHEM-C 310<br />

CHEM-C 335<br />

CHEM-C 341<br />

CHEM-C 342<br />

PROBLEMS AND REPORTS (1-3 cr.)<br />

P: One year in chemistry. Laboratory,<br />

independent reading, and consultation<br />

with faculty advisor to be arranged.<br />

Intended for students who wish to<br />

investigate a topic related to chemistry<br />

and its applications. I, II, S<br />

CHEMISTRY SEMINAR 1 (1 cr.)<br />

P: Senior standing. Independent study and<br />

reading with emphasis on basic chemistry<br />

and interdisciplinary applications. Oral and<br />

written research reports and discussions by<br />

students and faculty. II<br />

ANALYTICAL CHEMISTRY (2-5 cr.)<br />

P: CHEM-C 341, MATH-M 125; P or<br />

Concurrent CHEM-C 361. Fundamental<br />

analytical process, including solution<br />

equilibria, electrochemical theory and<br />

applications, and chemical methods of<br />

separation and measurement. Lecture<br />

and laboratory. I<br />

INORGANIC CHEMISTRY LABORATORY (1 cr.)<br />

P or concurrent: CHEM-C 430.<br />

Laboratory component of CHEM-C<br />

430. Preparation of inorganic and<br />

organometallic compounds illustrating<br />

special and advanced techniques,<br />

including characterization by modern<br />

physical methods. Laboratory. II<br />

ORGANIC CHEMISTRY LECTURES 1 (3 cr.)<br />

P: CHEM-C 106, CHEM-C 126. Chemistry<br />

of carbon compounds, including aliphatic<br />

and aromatic hydrocarbons and some<br />

of the major classes of monofunctional<br />

compounds, nomenclature, molecular<br />

structure, and shape with an introduction<br />

to spectra; reactions, mechanisms, and<br />

syntheses. Lecture and discussion. Credit<br />

given for only one of the courses CHEM-C<br />

341, CHEM-C 102. I<br />

ORGANIC CHEMISTRY LECTURES 2 (3 cr.)<br />

P: CHEM-C 341. Continuation of CHEM-C<br />

341, to include biologically important<br />

organic compounds and those of interest<br />

in research and industry. Lecture and<br />

discussion. II<br />

CHEM-C 343 ORGANIC CHEMISTRY LABORATORY 1<br />

(1-2 cr.)<br />

P or concurrent: CHEM-C 341. Laboratory<br />

component of CHEM-C 341. Laboratory<br />

instruction in fundamental techniques<br />

of organic chemistry; introduction to the<br />

preparation, separation, and identification<br />

of organic compounds, including<br />

chromatographic and spectroscopic methods.<br />

Laboratory and laboratory lecture. I<br />

P = Prerequisite, R = Recommended, C = Concomitant, VT = Variable Title<br />

I = fall semester, II = spring semester, S = summer session(s)

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