IO = Infrequently Offered Course
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CH 1947 |
Basic Chemistry I |
1 Credit Hour |
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Prerequisite: |
None |
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Equivalent to the first
1/3 of the lecture portion of CH 1951
Introduction to Chemistry.
Course content includes unit conversions, classifications of matter,
net-ionic equations, acid base reactions, and oxidation-reduction reactions. Recommended especially for students in
Radiography and Nursing. |
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CH 1948 |
Basic Chemistry II |
2 Credit Hours |
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Prerequisite: |
None |
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Equivalent to the first
2/3 of the lecture portion of CH 1951
Introduction to Chemistry.
Course content includes unit conversions, acid-base reactions, and
oxidation-reduction reactions, nomeclature,
bonding, biochemistry, and nuclear chemistry.
Recommended especially for student in Radiography and Nursing. |
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CH 1949 |
Basic Chemistry III |
3 Credit Hours |
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Prerequisite: |
MA 1717 Beginning Algebra, or MA 1707
Applied Mathematics, or High School Algebra |
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Equivalent to the lecture
portion of CH 1951 Introduction to Chemistry. Course content includes unit conversions,
acid-base reactions, and oxidation-reduction reactions, nomeclature,
bonding, biochemistry, nuclear chemistry, gases, concentration units, and colligative properties.
The laboratory supports the lecture and provides general lab
techniques. Recommended for students
in health and science fields, preparation for CH 1961
College Chemistry I, and meets general education requirements. |
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CH 1951 |
Introduction to Chemistry |
5 Credit Hours |
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Prerequisite: |
MA 1717 Beginning Algebra, or MA 1707
Applied Mathematics, or High School Algebra |
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Lecture and
laboratory. Lecture content includes
unit conversions, acid-base reactions, and oxidation-reduction reactions, nomeclature, bonding, biochemistry, nuclear chemistry,
gases, concentration units, and colligative properties. The laboratory supports the lecture and
provides general lab techniques.
Recommended for students in health and science fields, preparation for
CH 1961 College Chemistry I, and meets general
education requirements. |
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CH 1955 |
Preparation for Science |
1 Credit Hour |
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Prerequisite: |
None |
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Overall goal of this
course is to help students prepare for beginning chemistry, biology, or
physics courses. It is intended to be
taken concurrently or before taking science courses. Course content includes study skills, review
of basic algebra, and learning to use scientific and graphing calculators and
Excel. A PLATO module on scientific
reading can be studied in place of learning to use graphing calculators and
Excel. (PLATO is a tutorial on the
computer.) |
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CH 1961 |
College Chemistry I |
5 Credit Hours |
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Prerequisite: |
MA 1718 Intermediate
Algebra or 1 ½ years of High School Algebra. |
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Recommended: |
1 year High School Chemistry or CH 1951
Introduction to Chemistry |
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First course of a
two-semester study of general chemistry.
Course content includes nomeclature, stoichiometry, acids and bases, oxidation-reduction
reactions, gas laws, thermochemistry, atomic
structure, periodicity, bonding, molecular structures, and bonding
theory. (Fall Semester) |
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CH 1962 |
College Chemistry II |
5 Credit Hours |
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Prerequisites: |
CH 1961 College Chemistry I and
MA 1719 College Algebra |
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A continuation of College
Chemistry I with course content including kinetics, equilibrium
thermodynamics, acid-base theories, electrochemistry, and nuclear
chemistry. (Spring Semester) |
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CH 1972 |
Organic Chemistry I |
5 Credit Hours |
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Recommended
Prerequisites: |
CH 1961 College Chemistry I and CH 1962
College Chemistry II |
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First course of a
two-semester study of the principles of organic chemistry. Course content includes organic nomeclature, reaction mechanisms and types, alkenes, and
stereochemistry. (Fall Semester) |
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CH 1974 |
Independent Study
Chemistry (IO) |
3 Credit Hours |
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Prerequisite: |
Consent of the instructor |
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Independent study in a
specialized area of chemistry. This course
is designed to give the independent student laboratory and library research
experience. |
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CH 1995 |
Organic Chemistry II |
5 Credit Hours |
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Prerequisite: |
Organic Chemistry I |
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Continuation of CH 1972 Organic Chemistry I with course content
extending into alcohols, ketones, carboxylic acids
and derivatives, aromatics, other classes of compounds, reaction mechanisms,
and spectroscopy. (Spring Semester) |
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