2009-2011 - Benedict College
2009-2011 - Benedict College
2009-2011 - Benedict College
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218 SCIENCE, TECHNOLOGY AND ENGINEERING DEPARTMENT<br />
CHEMISTRY<br />
The Chemistry Program is designed to provide students with knowledge of the basic laws, theories,<br />
and principles of chemical systems and skills which will enable them to: pursue careers in the chemical<br />
industry; do graduate work in chemistry; or enter a professional school of medicine, dentistry,<br />
pharmacy, or nursing.<br />
CHEMISTRY COURSES<br />
STEM 111,112, 211, 212, 311, 312, 411, 412 Seminars<br />
(Course descriptions for all seminars are on pages 69-70.)<br />
credit 1 hr. ea.<br />
Chem 147 General Principles of Chemistry I<br />
credit 4 hrs.<br />
This course is a study of the fundamental principles of general chemistry, including atomic structure,<br />
chemical bonding, chemical equations, periodic properties of elements, and some descriptive chemistry<br />
as it relates to industrial processes. Practice in basic laboratory techniques and experimental<br />
studies of various types of chemical changes are emphasized. Three 1 -hour lecture periods and one<br />
3- hour laboratory period. Prerequisite: Permission of the instructor.<br />
Chem 148 General Principles of Chemistry II<br />
credit 4 hrs.<br />
A continuation of Chem147, the course includes introduction to the study of solution chemistry, colloidal<br />
systems, oxidation-reduction reactions, chemical equilibrium, and thermo-chemistry. Basic concepts<br />
of organic chemistry and qualitative analysis are also stressed. Three 1 -hour lecture periods<br />
and one 3-hour laboratory period. Prerequisite: Chem 147.<br />
Chem 241 Fundamentals of Radiochemistry<br />
credit 4 hrs.<br />
The course is designed to build a basic familiarity with radiation science. Introducing chemical properties<br />
in radiation and radiochemistry as it applies to chemical analysis in the physical and biological<br />
sciences. It will emphasize radioactive decay, hot atom chemistry, nuclear dating methods, and nucleosynthesis<br />
of elements. The laboratory investigations are designed to expose students to current technologies<br />
and instrumentation in the field of radiochemistry. This course can also serve as an elective<br />
course for biology, Chem 148 with a grade of “C” or higher.<br />
Chem 247 Organic Chemistry I<br />
credit 4 hrs.<br />
This course is a study of the fundamental laws and theories of organic chemistry, emphasizing the<br />
preparation of typical organic compounds; qualitative and quantitative organic analysis; hydrocarbons<br />
and their halogen, oxygen, and nitrogen derivatives; and an introduction to amino acids and carbohydrates.<br />
Three 1-hour lecture periods and one-3 hour laboratory period. Prerequisite: Chem 148.<br />
Chem 248 Organic Chemistry II<br />
credit 4 hrs.<br />
A continuation of Chem 247, this course emphasizes alkyl and aromatic compounds, including aldehydes,<br />
ketones, carboxylic acids, and ketoacids. Three 1-hour lecture periods and one 3-hour laboratory<br />
period. Prerequisite: Chem 247.<br />
Chem 331 Internships in Radiochemistry<br />
credit 3 hrs.<br />
This course is designed to expose the students to full-time involvement in an actual “on-the-job” situation<br />
in an industrial or research laboratory under the tutelage of a selected preceptor. A department<br />
faculty member will work closely with the student and preceptor and assumes responsibility for making<br />
the final evaluation and assigning a grade. A list of research sites to include but not be limited to<br />
programs at Department of Energy national laboratories and affiliated university sites, will be provided<br />
to the students prior to enrollment. This course is a requirement for chemistry majors with a concentration<br />
in radiochemistry. Prerequisites: Chem 241<br />
Chem 333 Directed Studies in Radiochemistry<br />
credit 3 hrs.<br />
The directed study course is designed for students with advanced level interest in radiochemistry.<br />
Students may satisfy the requirements of this course through directed study under <strong>Benedict</strong> <strong>College</strong><br />
faculty, enrollment in designated courses at Clemson University, South Carolina State University, or<br />
other designated partners, and/or collaborative studies involving the aforementioned. Approval is