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2010-2011 College Catalog - North Florida Community College

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COURSE DESCRIPTIONS<br />

111<br />

electronic communication;<br />

message preparation; preparing<br />

and presenting reports and<br />

presentations; and resume<br />

preparation and developing<br />

proper interview skills.<br />

Prerequisite: CGS 1100C.<br />

SBM 2000. SMALL<br />

BUSINESS MANAGEMENT:<br />

Three Credits, Three Hours. In<br />

this course students will learn<br />

how to successfully establish<br />

and maintain a small business,<br />

including organization, planning<br />

and management. Students<br />

will also gain knowledge of the<br />

different types of businesses.<br />

CHEMISTRY<br />

CHM 1033C. INORGANIC,<br />

ORGANIC AND BIOLOGICAL<br />

CHEMISTRY: Four Credits,<br />

Four Hours - Lecture and Lab.<br />

(Fall, Spring) This course is<br />

designed to serve the needs for<br />

nursing and allied-health related<br />

majors; and is a preparatory/<br />

remedial course for students<br />

who will need to take higher<br />

level chemistry courses.<br />

Topics covered include<br />

scienti c method; matter and<br />

energy; measurement units<br />

and conversions; structure of<br />

elements, atoms, compounds<br />

and the periodic table; mole<br />

concept; chemical reactions<br />

and equations; functional<br />

classes and reactions in organic<br />

chemistry; biological compounds<br />

structures, properties,<br />

biogenesis, metabolism and<br />

their roles in life. Prerequisite or<br />

co-requisite: a grade of “C” or<br />

better in MAT 1033 or suitable<br />

placement test score.<br />

CHM 1045. GENERAL<br />

CHEMISTRY I: Three Credits,<br />

Three Hour - Lecture. (Fall) An<br />

introduction to chemical science<br />

primarily designed for students<br />

majoring in science, engineering<br />

and allied elds. Major topics<br />

include matter and energy;<br />

chemical formulas; equations;<br />

and stoichiometry; quantum<br />

mechanical model of atomic<br />

structure and the periodic table<br />

of elements; chemical bonding;<br />

periodic properties and chemical<br />

classi cations. Prerequisite:<br />

High school chemistry and/or a<br />

grade of “C” or better in CHM<br />

1033C.<br />

CHM 1045L. GENERAL<br />

CHEMISTRY LAB: One<br />

Credit, One Three Hour<br />

Session Per Week. (Fall)<br />

Laboratory exercises<br />

which stress spectroscopy,<br />

gravimetric analysis, titrations,<br />

standardizations, ltrations,<br />

chemical reactions and the<br />

application of the scienti c<br />

method. Prerequisite or corequisite:<br />

CHM 1045.<br />

CHM 1046. GENERAL<br />

CHEMISTRY II: Three Credits,<br />

Three Hour - Lecture. (Spring)<br />

Sequel course to CHM 1045<br />

which includes the following<br />

topics: chemical bonding and<br />

molecular structure; gaseous,<br />

liquid, and solid states of matter<br />

and the kinetic-molecular<br />

theory; solutions of acids,<br />

bases, and salts; chemical<br />

equilibrium, thermodynamics,<br />

electrochemistry, and an<br />

introduction to qualitative<br />

analysis. Prerequisite: A grade<br />

of “C” or better in CHM 1045<br />

and co-requisite CHM 1046L.<br />

CHM 1046L. GENERAL<br />

CHEMISTRY II LAB: One<br />

Credit, One Three Hour<br />

Session Per Week. (Spring)<br />

Laboratory exercises which<br />

stress isomerism, chemical<br />

systhesis, freezing point<br />

depression, chemical kinetics,<br />

equilibrium, acid-base<br />

chemistry, electrochemistry and<br />

the application of the scienti c<br />

method. Prerequisite or corequisite:<br />

CHM 1046 and CHM<br />

1045L with a grade of “C” or<br />

better.<br />

CHM 2210. ORGANIC<br />

CHEMISTRY I: Three Credits,<br />

Three Hours - Lecture. (Fall)<br />

A study of the compounds<br />

of carbon, their properties,<br />

preparation, and reactions of<br />

alkanes, alkenes, alkynes. A<br />

course designed for students<br />

majoring in medicine, chemistry,<br />

chemical engineering, and allied<br />

elds. Prerequisite: A grade of<br />

“C” or better in CHM 1045 and<br />

1046.<br />

CHM 2210L. ORGANIC<br />

CHEMISTRY I LAB: One<br />

Credit, One Three Hour Session<br />

Per Week. (Fall) Experimental<br />

topics on separation,<br />

puri cation, chemical and<br />

instrumental methods of<br />

organic chemical analysis as<br />

are normally carried out in the<br />

synthesis of organic compounds<br />

and their derivatives. Functional<br />

group qualitative analyses<br />

using NMR, FTIR, and UV-<br />

VIS spectroscopy is included.<br />

Prerequisite or co-requisite:<br />

CHM 2210.<br />

CHM 2211. ORGANIC<br />

CHEMISTRY II: Three Credits,<br />

Three Hour - Lecture. (Spring) A<br />

continuation of CHM 2210 which<br />

covers aromatic compounds,<br />

spectroscopy, organometallic<br />

compounds, alcohols, ethers,<br />

aldehydes, ketones, enols,<br />

esters, amines, carbohydrates,<br />

lipids, and proteins.<br />

Prerequisite: A grade of “C” or<br />

better in CHM 2210.<br />

CHM 2211L. ORGANIC<br />

CHEMISTRY II LAB: One<br />

Credit, One Three Hour Session<br />

per Week. (Spring) Continuation<br />

of CHM 2210L with a focus on<br />

multi-step syntheses reactions<br />

encompassing oxidations,<br />

aromatic substitution and<br />

<strong>2010</strong>-<strong>2011</strong> NFCC <strong>College</strong> <strong>Catalog</strong>

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