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Department of Natural Sciences<br />

CHM204 Quantitative Analysis [0-4, 2 cr.]<br />

This course is an introduction to experimental<br />

chemistry that involves gravimetric,<br />

volumetric, and spectrophotometric methods,<br />

and techniques used in quantitative chemical<br />

analysis.<br />

Prerequisite: CHM201 Chemical Principles or<br />

concurrently<br />

CHM311 Organic Chemistry I [3-0, 3 cr.]<br />

This course is an introduction to the basic<br />

concepts of organic chemistry with an<br />

emphasis on the relation between structure<br />

and properties. It also includes synthesis,<br />

properties and reactions of aliphatic and<br />

aromatic hydrocarbons, alkyl halides and<br />

alcohols with an emphasis on mechanistic and<br />

stereochemical aspects of organic reactions.<br />

Perquisite: CHM201 Chemical Principles.<br />

CHM312 Organic Chemistry II [3-0, 3 cr.]<br />

This course covers in depth synthesis,<br />

properties and reactions of organic functional<br />

groups including alcohols and ethers,<br />

aldehydes and ketones, carboxylic acids and<br />

derivatives, amines, phenols and aryl halides,<br />

carbohydrates and proteins and organic<br />

structure determination by spectroscopic<br />

methods. Emphasis will be placed on reaction<br />

mechanism and stereochemistry as well as the<br />

design of multi-step synthesis.<br />

Prerequisite: CHM311 Organic Chemistry I.<br />

CHM313 Organic Chemistry I Lab [0-3, 1 cr.]<br />

This laboratory course is designed to provide<br />

students with the basic skills for conducting<br />

organic reactions. The following techniques<br />

are learned: melting point, boiling point,<br />

simple, fractional and steam distillation,<br />

gravity and vacuum filtration, drying solids<br />

and liquids, extraction, evaporation, reflux, recrystallization,<br />

gas chromatography, column<br />

chromatography, thin layer chromatography<br />

and optical rotation.<br />

Prerequisite: CHM311 Organic Chemistry or<br />

concurrently.<br />

CHM314 Organic Chemistry II Lab [0-3, 1 cr.]<br />

This course is an advanced organic chemistry<br />

lab course that utilizes the techniques learned<br />

in CHM313, in order to synthesize and study<br />

the properties and reactivities of functional<br />

groups. Nitration of aromatic compounds, aldol<br />

condensation, Diels-Alder reaction and Friedel<br />

Crafts acylation. In addition, the synthesis of<br />

dyes and natural products are among the<br />

experiments done in this laboratory.<br />

Prerequisites: CHM312 Organic Chemistry II or<br />

concurrently, CHM313 Organic Chemistry I Lab<br />

CHM 330 Physical Chemistry I [4-0, 4 cr].<br />

This course covers the basic principles of chemical<br />

thermodynamics and chemical dynamics;<br />

including heat, work and energy; the three laws<br />

of thermodynamics and their application to<br />

chemical systems and thermodynamic solutions,<br />

kinetic theory of gases, rate law, mechanism,<br />

Bodenstein approximation, fast reactions,<br />

photochemistry, and reaction rate theories.<br />

Prerequisites: MTH201 Calculus III, CHM201<br />

Chemical Principles<br />

CHM332 Physical Chemistry II [3-0, 3 cr.]<br />

This is a course that covers Quantum theory,<br />

postulates, Schrödinger equation of hydrogen,<br />

H+2 and H2, atomic and molecular orbitals,<br />

Huckel approximation, and atomic and<br />

molecular spectra.<br />

Prerequisites: CHM201 Chemical Principles<br />

and MTH201 Calculus III<br />

CHM334 Physical Chemistry Laboratory [0-4,<br />

2 cr.]<br />

This is a laboratory course that covers<br />

principles and experimental techniques in<br />

thermochemistry, kinetic, and electrochemistry.<br />

Prerequisites: CHM202 Analytical Chemistry.<br />

CHM340 Environmental Chemistry [3-0, 3 cr.]<br />

This course is a study of natural and non-natural<br />

chemical substances in the environment and<br />

their chemical transformations. It involves<br />

chemistry of energy resources, atmosphere,<br />

hydrosphere, biosphere, and, lithosphere<br />

(natural and in polluted environment).<br />

Principles of chemical reactions, chemical<br />

equilibrium and reaction kinetics are applied<br />

in this course. Other covered topic is waste<br />

treatment and chemical processes. Parallel<br />

with these is learning the methods of<br />

environmental chemical analysis.<br />

Prerequisite: Junior standing<br />

CHM401 Instrumental Analysis [1-4, 3 cr]<br />

This course is an introduction to modernphysical-chemical<br />

methods of analysis, with<br />

theoretical concepts of instrumentation<br />

ACADEMIC CATALOG [ 2011-2012 ] SCHOOL OF ARTS AND SCIENCES<br />

181

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