Download CHEMISTRY CHM-050 Introduction to Chemistry I NCC Cr: 3 D Lec

CHEMISTRY
CHM-050 Introduction to Chemistry I
ICCC
NCC
CHM-051 Introduction to Chemistry II
This course is a study of the basic principles of chemistry. Topics
include measurements, atoms and molecules, stoichiometry,
aqueous systems, gas laws, chemical reactions, equilibria, acids,
bases, salts, and nuclear chemistry. A course such as this may
be part of the requirements in certain health professions (nursing,
dental and physical therapy), home economics, mortuary science,
agriculture, forestry, and other related programs. This course is
not equivalent to CHM-165 General Chemistry I. This course
satisfies a general education requirement in the Math/Science
area. Three hours lecture.
NCC
KCC
Cr:
3
D
Lec
Y
Intro to Chemistry I is a programmed course which is designed to
develop your understanding of the chemical principles introduced
in a basic chemistry course. Topics covered include valence,
chemical equations, acids, bases, salts, atomic weight, molecular
weight, mole calculations, the atomic theory, and the metric
system.
Cr:
3
D
Lec
Y
Lab:
This course is the second semester of the programmed chemistry
course. Topics covered include oxidation and reduction,
properties of gases, kinetic theory, liquids and solids, nuclear
structure, atomic structure, chemical bonding, the periodic system
and chemical equilibrium.
CHM-101 Fundamentals of Chemistry
IVCCD
Cr:
3
D
Lec
Y
Lab:
Cr:
Cr:
3
3
A
A
Lec
Lec
Y
Y
Lab:
Lab:
Introduces chemistry to those with little or no previous
background in chemistry and is preparatory for further course
work in chemistry including Intro to Organic & Biochemistry for
Nursing students. The course includes a study of chemical
structure and bonding, measurements, periodic table, nuclear
chemistry weight/volume relationships in chemical reactions, and
solution chemistry. Credits: 3, Hours: (3/0/0/0), Prereq: none;
Coreq: none; Arts & Sciences Elective Code: A; Comments: The
lab is optional.
Principles of chemistry and problem-solving that students must
master before entering CHM165 or CHM261. For students who
have not taken high school chemistry or would select chemistry
for general education. Topics include measurement, atomic
structure, nomenclature, chemical bonding, solution calculation,
equations and stoichiomerty, acid-base and oxidation-reduction
reactions, descriptive chemistry and organic chemistry.
NCC
SWCC
CHM-111 Introduction to Chemistry Lab
Cr:
3
A
Lec
Y
Lab:
Cr:
3
A
Lec
Y
Lab:
This is a study of major topics from inorganic chemistry and
introductory topics from organic chemistry. Major topics include
atomic structure, compounds and bonds, chemical equations,
acids and bases, and major hydrocarbons. Application to living
systems forms the basis of the course. Corequisite: CHM111-A.
This course is an introduction to the principles and theories of
general chemistry. Topics of study include: atomic structure,
chemical bonding, matter, chemical reactions, solutions,
stoichiometry, acids, bases, and nuclear chemistry. This course
is intended for students desiring a basic background in general
chemistry and for those majoring in an allied health field. This
course will not be considered a laboratory course but will
incorporate the use of student-centered activities to help facilitate
learning.
NICC
CHM-105 Survey of Chemistry
This is a three-hour laboratory which accompanies CHM-110
Introduction to Chemistry. This course satisfies a general
education requirement in the Math/Science area. Three hours
lab. Prerequisite: CHM-110 Introduction to Chemistry or
concurrent enrollment or the equivalent
DMACC
Cr: 3
A
Lec Y Lab:
Y
An introduction to chemical topics with little mathematics. Topics
include energy, food chemistry, air and water pollution,
agricultural chemicals, detergents and drugs. The course is for
students who need one semester of laboratory science.
Cr:
1
A
Lec
Lab: Y
A laboratory experience that supports and applies basic concepts
of inorganic, organic, and biochemistry, using scientific methods
of inquiry. (0/32) Pre-/corequisite: CHM:110
NCC
Cr:
1
A
Lec
Lab: Y
Lec
Lab: Y
Corequisite: CHM110-A.
ICCC
KCC
Cr:
Cr:
1
1
A
A
Lec
Lab: Y
CHM-110 Introduction to Chemistry
Laboratory to accompany CHM-110. Credits: 1, Hours: (0/2/0/0),
Prereq: none; Coreq: CHM-110; Arts & Sciences Elective Code:
A; Comments:
NICC
CHM-112 Introduction to Chemistry
Cr:
3
A
Lec
Y
Lab:
The structure of the atom, elements and their combinations, and
chemical equality. Emphasis is placed on the periodic table.
(48/0)
NCC
Cr:
3
A
Lec
Y
Lab:
The first course in a sequence of two basic Chemistry courses.
An elementary approach to chemical principles and laboratory
practices. Emphasizes the nature of matter, bonding,
nomenclature, equations, acids and bases, and chemistry as
applied to everyday life. Intended to fulfill laboratory science
requirements and to fulfill chemistry requirements for nursing,
dental hygiene, or some home economics and agriculture
programs.
CHM-121 Introduction to General Chemistry
IHCC
Cr:
3
A
Lec
Y
Lab:
Y
This is a survey course in general chemistry covering the topics of
measurement, atomic theory, bonding, thermodynamics,
stoichiometry, and gases. This course is designed for students
entering the allied-health science areas or any student desiring a
course in liberal arts chemistry. This course has three hours of
lecture and two hours of laboratory work per week. Prerequisites:
None.
study of the concepts of general chemistry including atomic
structure, bonding, reactions, stoichiometry, gas laws, solutions,
acids and bases, equilibrium, nuclear chemistry and an
introduction to organic chemistry. Problem solving is emphasized.
For non-science majors and students in health related programs.
Prerequisite: 1 year H.S. Algebra or MAT 063
HCC
Cr:
4
A
Lec
Y
Lab:
Y
An introductory course which assumes a minimal student
background in mathematics and chemistry. The course is
intended to serve students in allied health programs and any
student desiring an application-oriented, less theoretical approach
to chemistry. The course introduces students to the practical
aspects and general concepts of basic chemistry. Coordinated
laboratory exercises are intended to emphasize topics covered in
the lecture as well as stress basic laboratory techniques.
CHM-122L Introduction to General Chemistry Lab
CHM-122 Introduction to General Chemistry
NIACC
Cr: 4
A
Lec Y
Lab: Y
Prerequisite: MAT-063, Elementary Algebra, or equivalent. A onesemester college chemistry course which surveys important
concepts and topics of chemistry. Among these are the metric
system of measurement, atomic theory of matter, energy levels
and atomic structure, the periodic table, ionic and molecular
compounds, ionic and covalent bonding, chemical reactions, and
reaction equations and calculations. Laboratory work is an
important part of this course. High school chemistry is not a
prerequisite. This course is not intended for science majors (but
may be appropriate as preparation for a more thorough beginning
chemistry course). (45-30) Equivalent to 70-140, CHEM-101.
WITCC
Cr:
4
C
Lec
Y
Lab:
Y
A combined lecture and lab course. Basic concepts in organic
chemistry; atomic structure, compounds and bonds, chemical
equations and stoichiometry, states of matter, solutions, acids
and bases, electrochemistry and
nuclear chemistry. Prerequisite: MAT 102 or appropriate CPT
scores.
SCC
Cr:
4
A
Lec
Y
Lab:
Y
This introductory course is intended for non-science majors or for
science majors who need a background in chemistry before
taking College Chemistry I. Topics covered include properties of
matter, measurements, atomic structure, chemical bonding and
stoichiometry.
IWCC
Cr:
4
A
Lec
Y
Lab:
Y
Introduction to General Chemistry is a one-semester course that
covers the fundamentals of inorganic chemistry. Topics include
the structure of the atom, properties and states of matter,
nomenclature, chemical bonding, stoichiometry, gas laws,
solutions, and acid-base chemistry. Laboratory experience
provides hands-on exploration of the fundamentals of inorganic
chemistry and reinforces lecture concepts. Laboratory is required.
Prerequisite: Elementary Algebra I
IVCCD
Cr:
4
A
Lec
Y
Lab:
Y
Basic principles and materials of inorganic chemistry, atomic
theory, chemical bonding, formulas and equations, metric system,
periodic table and basic laboratory techniques. Designed for prenursing, home economics and agricultural science students.
DMACC
Cr: 4
A
Lec Y
Lab: Y
A
NIACC
Cr:
0
A
Lec
Lab: Y
Prerequisite: MAT-063, Elementary Algebra, or equivalent. A onesemester college chemistry course which surveys important
concepts and topics of chemistry. Among these are the metric
system of measurement, atomic theory of matter, energy levels
and atomic structure, the periodic table, ionic and molecular
compounds, ionic and covalent bonding, chemical reactions, and
reaction equations and calculations. High school chemistry is not
a prerequisite. Laboratory work is an important part of this
course.
CHM-125 Introduction to General Organic and
Biological Chemistry Lab
NCC
Cr:
3
A
Lec
Y
Lab:
This course is a study of the concepts of general chemistry
including atomic structure, bonding, reactions, stoichiometry, gas
laws, solutions, acids and bases, equilibrium, nuclear chemistry,
and an introduction to organic and biochemistry. Recommended
for non science majors and students in the health related
programs. Corequisite: CHM126
CHM-126 Introduction to General Organic and
Biological Chemistry Lab
NCC
Cr:
1
A
Lec
Y
Lab:
Corequisite: CHM125
CHM-130 Introduction to Organic and
Biochemistry
ICCC
Cr:
3
A
Lec
Y
Lab:
This course is a study of organic chemistry and biochemistry.
Topics in the course include structure, nomenclature, nature and
reactions of the functional groups, stereochemistry,
carbohydrates, proteins, lipids, nucleic acids, and metabolism.
Three hours lecture. Prerequisite: CHM-110 Introduction to
Chemistry or
CHM-131 Introduction to Organic and
Biochemistry Lab
ICCC
Cr:
1
A
Lec
Lab: Y
CHM-151 College Chemistry I
This is a three-hour laboratory which accompanies CHM-130
Introduction to Organic and Biochemistry. Prerequisite: CHM-130
Introduction to Organic and Biochemistry or concurrent enrollment
or the equivalent
CHM-132 Introduction to Organic & Biochemistry
IWCC
Cr:
4
A
Lec
Y
Lab:
Y
ILCC
Cr:
4
A
Lec
Y
Lab:
Y
The first of two general survey courses introducing the student to
general, organic and biological chemistry. Topics covered are
chemical calculations, atomic structure, nuclear chemistry,
periodic relations, gas laws, solid state, solutions, and acids and
bases. Lecture and laboratory. (Formerly SC-174A Introduction
to Chemistry I and Lab)
Introduction to Organic and Biochemistry covers selected
principles of general, organic, and biochemistry for students of
health sciences. Basic bonding, molecular structure, acid/base
chemistry, and radiological effects are covered from general
chemistry. It introduces functional groups, nomenclature, and
some main reactions in organic chemistry. The biochemistry
emphasizes structure and reactions of molecules in metabolism
and the biosynthesis of carbohydrates, lipids and proteins.
Additional topics are nucleic acids, protein synthesis,
immunology, nutrition, and digestion. Laboratory is required.
Prerequisite: Introduction to General Chemistry or permission of
instructor.
NCC
KCC
Continuation of SC174A. Covers kinetics and equilibrium of
chemical reactions as well as acid-base theory. Hydrocarbon
naming and reactions are also covered, including alcohols,
carbohydrates, amines, acids, acid derivatives, lipids, amino
acids, nucleic acids and proteins, SNA, RNA and metabolism.
Lecture and laboratory. Prerequisite: SC174A. (Formerly SC175A - Intro to Chemistry II w/Lab)
Cr:
4
A
Lec
Y
Lab:
Y
Introduces structure, nomenclature and reactions in organic
chemistry as well as the study of life processes including
carbohydrate, protein, lipid, nucleic acid metabolism and the
interrelationships involved. Credits: 4, Hours: (3/2/0/0), Prereq:
CHM-110; Coreq: none; Arts & Sciences Elective Code: A;
Comments: One year of high
school chemistry recommended
WITCC
Cr:
4
C
Lec
Y
Lab:
Y
A combined lecture and lab course. Basic elements of organic
chemistry and biochemistry including alkanes and their
derivatives, carbohydrates, lipids, proteins, and enzymes,
chemistry of cell metabolism, and chemistry of heredity.
DMACC
Cr:
4
A
Lec Y
This lecture laboratory course is intended primarily to serve
undergraduate health-related majors such as nursing and dental
hygiene as well as general studies students seeking an integrated
background in organic and biological chemistry. Students will
study topics and applications from a clinical, human or
environmental perspective. Laboratory exercises are coordinated
with the lecture topics.
Cr:
4
A
Lec
Y
Lab:
4
A
Lec
Y
Lab:
Y
CHM-152 College Chemistry II
ILCC
NCC
Cr:
Cr:
4
4
A
A
Lec
Lec
Y
Y
Lab:
Lab:
Y
Y
A continuation of CHM151, this course covers kinetics and
equilibrium of chemical reactions as well as acid-base theory.
Hydrocarbon naming and reactions are also covered, including
alcohols, carbohydrates, amines, acids, acid derivatives, lipids,
amino acids, nucleic acids, and proteins, DNA, RNA and
metabolism. Lecture and laboratory. Prerequisites: Successful
completion of Introduction to Chemistry I CHM151.
Lab: Y
A continuation of the study of organic chemistry and a study of
biochemistry. Organic topics include the structure of organic
molecules, the nature and reactions of functional groups, and
stereochemistry. Biochemistry topics include carbohydrates,
proteins, lipids, nucleic acids, enzymes and metabolism.
Prerequisite: CHM 122 or Equivalent
HCC
Cr: 4 A Lec
Y Lab:
Y
IHCC
Cr:
This is an introductory chemistry course which will provide a
survey of general and inorganic chemistry. During the course of
the semester we will cover: matter; measurements; atoms,
molecules, and ions; formulas and equations; stoichiometry;
atomic structure and bonding; nomenclature; gases and the gas
laws; water and solutions; acids and bases; oxidation and
reduction; and chemical equilibrium. Lecture and laboratory.
CHM-153 College Chemistry I
NIACC
Cr:
5
A
Lec Y
Lab: Y
Prerequisite: MAT-063, Elementary Algebra, or equivalent. First
semester of a two-semester sequence intended for nonscience
majors. Introduction to the basic concepts and facts of chemistry.
Topics include the metric system of measurement, atomic theory
of matter, energy levels and atomic structure, the periodic table,
ionic and molecular compounds, ionic bonding, covalent bonding
and molecular structure, classification of chemical reactions, and
reaction equations and chemical calculations. This course treats
these topics in more depth than Introduction to General
Chemistry, CHM-122; however, high school chemistry is NOT a
prerequisite. Laboratory work is an important part of this course.
(45-60) Equivalent to 70-135, CHEM-110.
Y
This course will provide a survey of the nomenclature, reactions,
and structure and bonding of the important classes of organic
compounds. This course will also cover the structure and
chemistry of the basic biologically important macromolecules in
relation to organic chemistry. This course has three hours of
lecture and four hours of laboratory work per week.
Prerequisites: CHM121 Introduction to General Chemistry or
equivalent.
CHM-153L College Chemistry I Lab
NIACC
Cr:
0
A
Lec
Lab: Y
Prerequisite: MAT-063, Elementary Algebra, or equivalent. First
semester of a two-semester sequence intended for nonscience
majors. Introduction to the basic concepts and facts of chemistry.
Topics include the metric system of measurement, atomic theory
of matter, energy levels and atomic structure, the periodic table,
ionic and molecular compounds, ionic bonding, covalent bonding
and molecular structure, classification of chemical reactions, and
reaction equations and chemical calculations. This course treats
these topics in more depth than Introduction to General
Chemistry, CHM-122; however, high school chemistry is NOT a
prerequisite. Laboratory work is an important part of this course.
hours of laboratory work per week. Prerequisites: CHM158
Principles of Chemistry II.
CHM-154 College Chemistry
NICC
NIACC
Cr:
5
A
Lec Y
Lab: Y
Prerequisite: CHM-153, College Chemistry I, or equivalent. The
continuation of CHM-153, College Chemistry I, this is the second
semester of a two-semester sequence intended for non-science
majors. Topics include a review and extension of first-semester
material on chemical calculations, reaction rates, chemical
equilibrium and acid-base chemistry, electron-transfer (oxidationreduction) reactions and electrochemical cells, and, as time
permits, introductions to organic and biological chemistry.
Laboratory work is an important part of this course. (45-60)
Equivalent to 70-136, CHEM-111.
CHM-154L College Chemistry II Lab
NIACC
Cr:
0
A
Lec
Lab: Y
Prerequisite: CHM-153, College Chemistry I, or equivalent. The
continuation of CHM-153, College Chemistry I, this is the second
semester of a two-semester sequence intended for non-science
majors. Topics include a review and extension of first-semester
material on chemical calculations, reaction rates, chemical
equilibrium and acid-base chemistry, electron-transfer reactions
and electrochemical cells, and, as time permits, introductions to
organic and biological chemistry. Laboratory work is an important
part of this course.
CHM-157 Principles of Chemistry I
IHCC
Cr:
3
A
Lec
Y
Lab:
CHM-158 Principles of Chemistry II
Cr:
3
A
Lec
Y
Lab:
Y
This course is a continuation of College Chemistry I. Topics
include ionic and covalent bonding, nomenclature, stoichiometry,
thermochemistry and thermodynamics, Lewis structures; VSEPR,
hybridization, molecular orbital theory, molecular shape, the
structure of solutions, and the solid state. This course has three
hours of lecture and two hours of laboratory work per week.
Prerequisites: CHM157 Principles of Chemistry or equivalent.
CHM-159 Principles of Chemistry III
IHCC
Cr:
4
A
Lec
Y
Lab:
Cr:
3
A
Lec
Y
Lab:
Deals with the structure of the atom, elements and the periodic
table, chemical formulas, chemical equations, bonding,
thermochemistry, gases, liquids and solids, and solution
chemistry. (48/0) Prerequisite: MAT:102 or one year high school
chemistry
CHM-161 Chemistry I Lab
NICC
Cr:
1.5 A
Lec
Lab: Y
Development of chemistry laboratory discipline, procedures, and
skills through a selection of experiments in inorganic chemistry
and simple quantitative analysis. Includes appropriate personal
and environmental safety procedures as a necessary part of the
chemistry laboratory experience. (0/48) Pre-/corequisite:
CHM:160
CHM-163 General Chemistry I
NCC
Cr:
3
A
Lec
Y
Lab:
This course is a study of major topics from inorganic chemistry
and introductory topics from organic chemistry. Major topics
include atomic structure, compounds and bonds, chemical
equations, gases, bonding, thermochemistry, liquids and solids,
solution chemistry, and major hydrocarbons. This course is
designed for science majors. Corequisite: CHM164-A; High
school chemistry and/or algebra recommended.
Y
This course is an in-depth study of the principles, theory, and
methods of chemistry with an emphasis on quantitative problem
solving. Topics include fundamental principles of measurement,
matter, and energy: thermodynamics, physical behavior of gases,
kinetic molecular theory, atomic structure, and periodicity. This
course has three hours of lecture and two hours of laboratory
work per week. Prerequisites: CHM121 Introduction to General
Chemistry or the equivalent.
IHCC
CHM-160 Chemistry I
Y
This course is a continuation of College Chemistry II with an
increased emphasis on quantitative problem solving. Topics
covered include the stucture of crystals, dissolution and colligative
properties of solution, thermodynamics, chemical equilibria with
an emphasis on acid-base chemistry chemical kinetics, and
electrochemistry. This course has three hours of lecture and two
CHM-164 General Chemistry I Lab
NCC
Cr:
1
A
Lec
Lab: Y
Corequisite: CHM163-A.
CHM-165 General Chemistry I
HCC
Cr:
4
A
Lec
Y
Lab:
Y
This lecture-laboratory course is the first of a two-semester
sequence designed specifically for students majoring in
chemistry, physics, biology, or pre-engineering. It is a
mathematically rigorous course that assumes the entering student
has a strong background in algebra and finite mathematics. The
course centers around topics covered under the broader heading
of elements, compounds, reactions, energy changes, structure,
and properties. Laboratory exercises are coordinated with lecture
topics where possible and are intended to augment and support
those topics.
ICCC
Cr:
4
A
Lec
Y
Lab:
Y
This course is a study of the following topics: stoichiometry,
atomic structure, solutions, acids-bases, and oxidation-reduction.
This course is intended for science, engineering, pre-vet, predental, and pre-optometry majors. This course satisfies a general
education requirement in the Math/Science area. Three hours
lecture, three hours lab. Prerequisite: MAT-063 Elementary
Algebra or equivalent and high school chemistry
IVCCD
Cr:
4
A
Lec
Y
Lab:
Y
A systematic study of the principles of inorganic chemistry with
emphasis on scientific measurement, atomic structure, chemical
bonding, nomenclature, stoichiometry and chemical reactions.
Primarily for chemistry and biology majors (or minors) pre-med,
pre-vet, pre-dental and others who need science-related
background.
applied to gases, liquids, and solids. General Chemistry I Lab
explores the fundamentals of chemistry, emphasizing laboratory
technique, data collection and analysis, and technical writing.
Laboratory is required. Prerequisites: High school chemistry or
introduction to General Chemistry, and two years of high school
algebra or Elementary Algebra II.
IHCC
KCC
Cr:
4
A
Lec
Y
Lab:
Y
Studies the basic principles of inorganic chemistry with emphasis
on such concepts as measurements and problem solving,
chemical reactions and equations, stoichiometry, atomic structure
and nuclear chemistry, periodicity, chemical bonding, kinetic
molecular theory and gas laws, and the structure and properties
of matter. Credits: 4, Hours: (3/2/0/0), Prereq: CHM-110, MAT102 or MAT-138; Coreq: none; Arts & Sciences Elective Code: A;
Comments:
SCC
Cr:
4
A
Lec
Y
Lab:
Y
The first semester of a traditional two semester sequence.
College Chemistry I provides an in depth and integrated study of
chemical principles including terminology, measurements, unit
conversions, atoms, elements, molecules, compounds, moles,
stoichiometry, gases and gas laws, energy, electron
configurations, periodicity and chemical bonding.
DMACC
Cr: 4
A Lec
Y Lab:
Y
A thorough treatment of general chemistry including atomic
structure, stoichiometry, chemical bonding, states of matter,
solutions, acids and bases, reaction rates, equilibrium,
thermodynamics and electrochemistry. This course is intended for
science, engineering, pre-vet, pre-med, pre-dental and preoptometry majors. Prerequisite: 1 year H.S. Chem. or CHM 122 &
2 years H.S. Algebra or MAT 073
CHM-166 General Chemistry I
ILCC
Cr:
5
A
Lec
Y
Cr:
5
C
Lec
Y
Y
Lab:
Y
A combined lecture and lab course. Principles of atomic and
molecular structure, chemical bonding, periodicity, nomenclature,
equations and stoichiometry, physical states of matter and energy
transfer processes, and nuclear chemistry. Prerequisite: High
school chemistry and algebra.
SWCC
Cr:
5
A
Lec
Y
Lab:
Cr:
5
A
Lec
Y
A
Lec
Y
Lab:
Y
NIACC
Cr:
5
A
Lec Y
Lab: Y
Prerequisite: satisfactory completion of one year of high school
chemistry; MAT-102, Intermediate Algebra, or the equivalent.
Atomic structure, stoichiometry, thermochemistry, reactions in
aqueous solution, chemical bonding and molecular structure,
structure-property relationships. (45-60) Equivalent to 70-137,
CHEM-210.
CHM-166L General Chemistry I Lab
NIACC
Cr:
0
A
Lec
Lab: Y
Prerequisite: satisfactory completion of one year of high school
chemistry; MAT-102, Intermediate Algebra, or the equivalent.
Atomic structure, stoichiometry, thermochemistry, reactions in
aqueous solution, chemical bonding and molecular structure,
structure-property relationships.
Lab:
NICC
Cr:
3
A
Lec
Y
Lab:
A continuation of Chemistry I covering solution chemistry,
chemical kinetics, thermodynamics, transition metals,
electrochemistry, non-metals, and nuclear reactions. (48/0)
Prerequisite: CHM:160
CHM-171 Chemistry II Lab
NICC
Cr:
1.5 A
Lec
Lab: Y
A continuation of CHM:161 for further development of laboratory
skills and discipline. More advanced experiments are selected to
reinforce the classroom learning experience typically associated
with a second semester general chemistry course. (0/48)
Prerequisites: CHM:161, CHM:170
Y
This course is the first five hours of a 10-hour sequence in
general chemistry. The broad topics of discussion are: gases,
liquids and solids, atoms and molecules, nomenclature and
chemical arithmetic, atomic structure, properties of elements,
chemical bonding, and energy changes in chemical reactions.
Laboratory work is designed to supplement and support lecture
and discussion topics.
IWCC
5
CHM-170 Chemistry II
Lab:
The properties of matter in terms of modern chemical principles.
The topics covered are measurements, stoichiometry, atomic
structure, chemical reactions, periodic relationships, gas laws,
thermochemistry, quantum theory, solutions and equilibrium and
inter-and intra-molecular forces. Problem solving in each of the
areas is included. Lecture and laboratory. Prerequisite: High
school chemistry and mathematics. (Formerly SC-196A)
WITCC
Cr:
This course provides an in-depth study of the principles, theory,
and methods of chemistry with an emphasis on quantitative
problem solving. Topics include fundamental principles of
measurement, matter, and energy; thermodynamics, physical
behavior of gases, kinetic molecular theory, atomic structure, and
periodicity. This course has four hours of lecture and three hours
of laboratory work per week. Prerequisites: CHM121 Introduction
to General Chemistry or equivalent.
Y
General Chemistry I, first of a two-semester sequence, covers the
fundamentals of chemistry. Topics include: structure of the atom,
chemical bonding, stoichiometry, and kinetic theory of matter as
CHM-173 General Chemistry II
NCC
Cr:
3
A
Lec
Y
Lab:
This course is a continuation of General Chemistry I. The major
topics of study include chemical kinetics, chemical equilibrium,
acid/base chemistry, thermodynamics, electrochemistry, organic
chemistry, and biochemistry. Prerequisite: CHM163-A.;
Corequisite: CHM174-A.
CHM-174 General Chemistry II Lab
NCC
Cr:
1
A
Lec
Lab: Y
Corequisite: CHM173-A.
CHM-175 General Chemistry II
HCC
Cr:
4
A
Lec
Y
Lab:
Y
This lecture and laboratory course is the second of a two
semester sequence designed specifically for students majoring in
chemistry, physics, biology or pre-engineering. Students will have
successfully completed General Chemistry I or its' equivalent.
The course focuses on chemical equilibria and their applications,
thermodynamics, kinetics, and nuclear chemistry. Specific topics
are outlined under the course content. Laboratory exercises are
coordinated with lecture topics where possible, and are intended
to augment and support those topics.
ICCC
Cr:
4
A
Lec
Y
Lab:
Y
This course is a continuation of CHM-165 General Chemistry I
with consideration of states of matter, solutions, acids bases,
reaction rates, equilibrium, thermodynamics, and
electrochemistry. Three hours lecture, three hours lab.
Prerequisite: CHM-165 General Chemistry I or equivalent
IVCCD
Cr:
4
A
Lec
Y
Lab:
Y
A continuation of CHM165 with emphasis on thermodynamics,
kinetics, equilibrium, electrochemistry, solubility products, pH,
buffers, metal complexation, and acid-base theory.
KCC
Cr:
4
A
Lec
Y
Lab:
Y
Studies colligative properties along with thermodynamics and
kinetics, chemical equilibrium, electrochemistry, acids, bases and
complex ions, and an introduction to organic chemistry. Credits:
4, Hours: (3/2/0/0), Prereq: CHM-165; Coreq: none; Arts &
Sciences Elective Code: A; Comments:
SCC
Cr: 4 A Lec
Y Lab:
Y
The second semester of the traditional two semester sequence.
College Chemistry 11 covers basic principles of intermolecular
forces, colligative properties, reaction kinetics, chemical equilibria,
acids and bases, precipitation reactions, spontaneity and
electrochemistry.
Prerequisite: CHM 166 General Chemistry I. General Chemistry II
is an extension of General Chemistry I. The general topics of
discussion are: solutions, oxidation-reduction, chemical
equilibrium, acids and bases, ionic equilibrium, electrochemistry,
chemical kinetics, nuclear chemistry, carbon compounds, and
polymers and proteins. Laboratory work is designed to
supplement and support lecture and discussion topics.
IWCC
Cr:
5
A
Lec
Y
Lab:
Y
General Chemistry II, second of a two-semester sequence,
covers the fundamentals of chemistry. Topics studied include
solutions, acid-base chemistry, kinetics, chemical equilibrium,
thermodynamics, electrochemistry, and an introduction to organic
chemistry. General Chemistry II Laboratory emphasizes data
collection and analysis to
explore the topics from lecture. Emphasis is placed on
experiment design and technical writing. Laboratory is required.
Prerequisite: A grade of C or better in General Chemistry I.
IHCC
Cr:
5
A
Lec
Y
Lab:
Y
This course provides an in-depth study of the principles, theory,
and methods of chemistry with an emphasis on quantitative
problem solving. Topics include fundamental principles of
measurement, matter, and energy; thermodynamics, physical
behavior of gases, kinetic molecular theory, atomic structure, and
periodicity. This course has four hours of lecture and three hours
of laboratory work per week. Prerequisites: CHM166 General
Chemistry I, or CHM157 Principles of Chemistry and CHM158
Principles of Chemistry II, or their equivalent.
NIACC
Cr:
5
A
Lec Y
Lab: Y
Prerequisite: CHM-166, General Chemistry I, or equivalent.
Physical properties (gases, liquids, solids), chemical equilibrium
and kinetics, acid-base chemistry, chemical thermodynamics,
electrochemistry, introduction to organic chemistry and polymers.
(45-60) Equivalent to 70-138, CHEM-211.
CHM-176L General Chemistry II Lab
NIACC
Cr:
0
A
Lec
Lab: Y
DMACC
Cr: 4 A Lec
Y Lab:
Y
A continuation of General and Inorganic Chemistry I. Prerequisite:
CHM 165 or Equivalent
Prerequisite: CHM-166, General Chemistry I, or equivalent.
Physical properties (gases, liquids, solids), chemical equilibrium
and kinetics, acid-base chemistry, chemical thermodynamics,
electrochemistry, introduction to organic chemistry and polymers.
CHM-176 General Chemistry II
CHM-190 Introduction to Forensic Chemistry
ILCC
Cr:
5
A
Lec
Y
Lab:
Y
Acids and bases, oxidation/reduction, soluability products, and
nuclear chemistry, kinetics, equilibrium, thermodynamics,
electrochemistry, coordination complexes, qualitative analysis,
and an introduction to organic chemistry. Problem solving in each
of the areas is included. Includes microscale and semi-microscale
lab.(Formerly SC-199A)
WITCC
Cr:
5
A
Lec
Y
Lab:
Y
ILCC
Cr:
4
A
Lec
Y
IVCCD
SWCC
CHM-251 Organic Chemistry I
5
A
Lec
Y
Lab:
Y
Y
CHM-210 Analytical Instrumentation
A combined lecture and lab course. Continuation of Chemistry I;
solutions and colligative properties, acids and bases, equilibrium,
thermodynamics, kinetics, redox reactions and electrochemistry,
nuclear chemistry, and systematic descriptive chemistry of
metals and nonmetals.
Cr:
Lab:
This course covers the basics of chemistry as it relates to the
forensic lab. In the course we will cover the basics of evidence
collection, clues at the atomic level, the basics of chemical
evidence including DNA evidence. Also covered will be the use
of chemistry in explosives, arson investigations, poisoning, and
estimating time of death of a victim. Lecture and laboratory.
Cr:
4
A
Lec
Y
Lab:
Y
Addresses the operational theory and principles of instruments
used in qualitative and quantitative analysis. Spectrophotometry:
UV, VIS, IR, AA, and Chromatography: GC, HPLC.
IHCC
Cr:
3
A
Lec
Y
Lab:
Y
This course covers the chemistry of carbon-containing
compounds. Topics include a review of atomic structure and
bonding as well as structure, nomenclature, physical properties,
reactivity, and synthesis of alkanes, alkyl halides, and alcohols. A
knowledge of reaction mechanisms is stressed. This course has
three hours of lecture and two hours of laboratory work per week.
Prerequisites: CHM159 Principles of Chemistry III, CHM176
General Chemistry II or equivalent.
CHM-252 Organic Chemistry II
IHCC
Cr:
3
A
Lec
Y
Lab:
Y
This course is a continuation of Organic Chemistry I. Topics
covered include the study of alkenes, stereochemistry,
nucleophilic substitution, alkynes, and conjugated sytems. A
knowledge of reaction mechanisms is stressed. This course has
three hours of lecture and two hours of laboratory per week.
Prerequisites: CHM251 Organic Chemistry I or the equivalent.
CHM-253 Organic Chemistry III
IHCC
Cr:
3
A
Lec
Y
Lab:
Y
This course covers arenes, aromaticity, electrophilic aromatic
substitution, spectroscopy, organometallic compounds, ethers,
epoxides, aldehydes, ketones, and carboxylic acids. This course
has three hours of lecture and two hours of laboratory work per
week. Prerequisites: CHM252 Organic Chemistry II or equivalent.
CHM-261 Organic Chemistry I
ICCC
Cr:
4
A
Lec
Y
Lab:
Cr:
4
A
Lec
Y
Lab:
Y
A study of the synthesis, properties and uses of common classes
of organic compounds with emphasis on nomenclature, structural
principles, and reaction mechanisms. Alkanes, alkenes, alkynes,
alcohols, ethers, polymers, stereo-chemistry and benzene are
covered.
NCC
Cr:
4
A
Lec
Y
Lab:
A combined lecture and lab course. Theory and practice of
organic chemistry with emphasis on the chemistry of functional
groups; nomenclature, stereoisomerism, chemical bonding,
reaction mechanisms, the characterization of hydrocarbons, alkyl
halides, and alcohols. Laboratory stresses development of
appropriate organic chemistry separation, isolation, and synthetic
techniques.
SWCC
Cr:
4
A
Lec
Y
Lab:
WITCC
Cr:
4
A
Lec
Y
Lab:
Y
A combined lecture and lab course. Theory and practice of
organic chemistry with emphasis on the chemistry of functional
groups; nomenclature, stereoisomerism, chemical bonding,
reaction mechanisms, the characterization of hydrocarbons, alkyl
halides, and alcohols. Laboratory stresses development of
appropriate organic chemistry separation, isolation, and synthetic
techniques.
CHM-262 Organic Chemistry I
KCC
Cr:
4.5 A
Lec
Y
Lab:
Y
Introduces the theory and practice of organic chemistry with
emphasis on the chemistry of functional groups. Areas stressed
are nomenclature, stereoisomerism, chemical bonding, reaction
mechanisms, the characterization of hydrocarbons, alkyl halides
and alcohols. The laboratory stresses development of appropriate
organic chemistry separation, isolation and synthetic techniques.
Credits: 4.5, Hours: (3/3/0/0), Prereq: CHM-175; Coreq: none;
Arts & Sciences Elective Code: A; Comments:
NICC
Cr:
4.5 A
Lec
Y
Lab:
Y
Designed to be equivalent to the first semester of organic
chemistry offered at four-year institutions. The course meets for
three hours of lecture-discussion and three hours of laboratory
each week. Laboratory work correlates with lecture topics. (48/48)
Prerequisites: CHM:160 and CHM:170, or the equivalent of a
freshman general chemistry sequence
Y
This course is a study of the principles of organic chemistry
including structure, bonding, nomenclature, reaction mechanisms,
synthesis, and spectroscopy of common organic compounds.
This course along with CHM-271 Organic Chemistry II are
designed to satisfy the one year of organic chemistry required by
most medical schools. Three hours lecture, three hours lab.
Prerequisite: CHM-175 General Chemistry II or equivalent
IVCCD
Laboratory work is designed to supplement and support lecture
and discussion topics.
Y
Prerequisites: CHM 176 General Chemistry II or instructor
approval This course is the first four hours of an eight-hour
sequence in organic chemistry. The broad topics of discussion
are: nomenclature, synthesis, structure and bonding, reaction
mechanisms, and physical properties. An emphasis is placed on
alkanes, alkenes, alkyl halides, aromatics, and alcohols.
CHM-263 Organic Chemistry I
ILCC
Cr:
5
A
Lec
Y
Lab:
Y
This is part of a year long rigorous survey of Organic Chemistry.
Modern Organic Chemistry, including nomenclature, syntheses,
structure, bonding, mechanisms and carbon and its compounds.
This course is for students majoring in pre-medicine, preveterinary medicine, chemistry, biological sciences, and for
anyone planning to take further courses in chemistry. Lecture and
Laboratory.Prerequisite: CHM-176 (Formerly SC-278A - Org
Chem Lec & Lab I)
IWCC
Cr:
5
A
Lec
Y
Lab:
Y
Organic Chemistry I studies carbon skeletons of aliphatic
hydrocarbons and organic functional groups. It emphasizes the
nature of bonding, nomenclature, isomerism, and reactions.
Laboratory work introduces techniques used in identifying organic
compounds and typical reactions. Prerequisite: General
Chemistry II.
NIACC
Cr:
5
A
Lec Y
Lab: Y
Prerequisite: CHM-154, College Chemistry II, or CHM-176,
General Chemistry II. Survey of the major classes of organic
compounds emphasizing molecular structure, stereochemistry,
reaction mechanisms and synthesis. Laboratory work includes
procedures of distillation, solvent extraction, chromatography,
polarimetry and they use of both macroscale and microscale
laboratory glassware. (45-60) Equivalent to 70-274, CHEM-220.
SCC
Cr:
5
A
Lec
Y
Lab:
Y
Fundamental principles of organic chemistry for premedical, predental, pre-pharmacy, biochemistry, medical technology, forestry,
and home economics students, as well as liberal arts students
who have a special interest in the sciences. These general
principles are illustrated by preparation and study of typical
representatives of the aliphatic and aromatic series including all
common functional groups.
DMACC
Cr: 5 A Lec
Y Lab:
Y
A study of the principles of organic chemistry including the
nomenclature and chemistry of the various organic functional
groups. Structure, bonding, synthesis, reaction mechanisms and
spectroscopy are emphasized. The sequence is designed to
satisfy the one year of organic chemistry required by most
medical schools. Prerequisite: CHM 132 or 175 or 1 year collegelevel general chemistry
CHM-263L Organic Chemistry I Lab
NIACC
Cr:
0
A
Lec
Lab: Y
Prerequisite: CHM-154, College Chemistry II, or CHM-176,
General Chemistry II. Survey of the major classes of organic
compounds emphasizing molecular structure, stereochemistry,
reaction mechanisms and synthesis. Laboratory work includes
procedures of distillation, solvent extraction, chromatography,
polarimetry and they use of both macroscale and microscale
laboratory glassware.
CHM-271 Organic Chemistry II
CHM-272 Organic Chemistry II
KCC
Cr:
4
A
Lec
Y
Lab:
Y
This course is a continuation of CHM-261 Organic Chemistry I.
The structure, nomenclature, and chemistry of aromatic
compounds and various functional groups, carbohydrates, lipids
and proteins are considered. Bonding, synthesis, reaction
mechanisms and spectroscopy are also emphasized. Three hours
lecture, three hours lab. Prerequisite: CHM-261 Organic
Chemistry I
WITCC
Cr:
4
A
Lec
Y
Lab:
Y
A combined lecture and lab course. Ethers, aldehydes, ketones,
carboxylic acids and their derivatives, amines and biologically
important fats, proteins, and carbohydrates; stresses qualitative
organic analyses and spectroscopic methods.
SWCC
Cr:
4
A
Lec
Y
Lab:
Y
Prerequisites: CHM 261 Organic Chemistry I or instructor
approval. This course is the last four hours of an eighthour sequence in organic chemistry. The broad topics of
discussion are: nomenclature, synthesis, structure and
bonding, reaction mechanisms, and physical properties. An
emphasis is placed on using spectroscopic techniques to
determine structural arrangement, carbonyl compounds, benzene
compounds, alcohols, and ethers. Laboratory work is designed to
supplement and support lecture and discussion topics.
IVCCD
Cr:
4
A
Lec
Y
Lab:
Y
A continuation of CHM261 covering aromatic substitution arenes,
carbonyls, carboxylic acids and their derivatives, amines,
phenols, and physiologically active molecules. Some topics of
biochemistry are introduced.
4.5 A
Lec
Y
Lab:
Y
CHM-273 Organic Chemistry II
SCC
Cr:
5
A
Lec
Y
Lab:
Y
Continuation of Organic Chemistry 1, with advanced synthesis,
instrumental analysis, and emphasis on biochemistry.
DMACC
Cr: 5
A
Lec Y
Lab: Y
Clin:
Intrn:
Indep:
Other: A
continuation of Organic Chemistry I. Prerequisite: CHM 263 or
Equivalent
ILCC
Cr:
5
A
Lec
Y
Lab:
Y
Continuation of CHM-273. This is part of a year long rigorous
survey of Organic Chemistry. Classes of organic compounds
studied will be aldehydes, ketones, acids and acid derivatives,
amines and nitrogen derived compounds. Aromatic compounds,
reactions, mechanisms, carbohydrates, nucleic acids, and
proteins are covered. Lecture and laboratory. (Formerly SC279A)
IWCC
ICCC
Cr:
Continues the study of ethers, aldehydes, ketones, carboxylic
acids and their derivatives, amines and biologically
important fats, proteins and carbohydrates. Stresses qualitative
organic analysis and spectroscopic methods. Credits: 4.5, Hours:
(3/3/0/0), Prereq: CHM-262; Coreq: none; Arts & Sciences
Elective Code: A; Comments:
Cr:
5
A
Lec
Y
Lab:
Y
Organic Chemistry II continues the study of organic compounds.
It emphasizes the nature of alkynes and aromatics and includes
the study of organic groups such as esters, amides, amino acids,
and phenols. Laboratory work covers the synthesis of organic
compounds. Prerequisite: Organic Chemistry I.
NIACC
Cr: 5
A
Lec Y
Lab: Y
Prerequisite: CHM-263, Organic Chemistry I. Continuation of
CHM-263, Organic Chemistry I, including spectroscopic methods
for molecular structure determination. Laboratory work involving
the procedures introduced in CHM-263 and the use of infrared
spectroscopy and gas chromatography for compound
identification. (45-60) Equivalent to 70-275, CHEM-221.
CHM-273L Organic Chemistry II Lab
NIACC
Cr:
0
A
Lec
Lab: Y
Prerequisite: CHM-263, Organic Chemistry I. Continuation of
CHM-263 including spectroscopic methods for molecular
structure determination. Laboratory work involving the procedures
introduced in CHM-263 and the use of infrared spectroscopy and
gas chromatography for compound identification.
CHM-280 Quantitative Analysis
KCC
Cr:
4
A
Lec
Y
Lab:
Y
Introduces methods of chemical analysis stressing gravimetric,
volumetric, spectrophotometric and selected electroanalytical
methods. Emphasis is placed on fundamentals of measurement,
treatment of data and error analysis. Credits: 4, Hours: (2/4/0/0),
Prereq: CHM-175; Coreq: none; Arts & Sciences Elective Code:
A; Comments:
CHM-290 Survey of Biochemistry
IVCCD
Cr:
3
A
Lec
Y
Lab:
Survey of biochemistry that will include topics such as structure
and function of amino acids, proteins, carbohydrates, lipids, and
nucleic acids; enzymology; metabolism; biosynthesis; and
selected topics.
IVCCD
CHM-292 Biochemistry
NCC
Cr:
3
A
Lec
Y
Lab:
CHM-500 Chemical Agents of Terrorism
Cr:
2
A
Lec
Y
Lab:
Addresses the chemistry, environmental effects, physiological
effects and potential outcomes of a major chemical event from an
all-hazards approach to homeland security. Information presented
is also applicable to accidental and naturally-occurring major
events. Credits: 2; Hours (2/0/0/0); Prereq: none; Coreq: none;
Arts & Sciences Elective Code: A; Comments: One year of high
school chemistry
CHM-510 Monitoring for and Detection of Terrorist
Agents
KCC
Cr:
2
A
Lec
Y
Lab:
Addresses the applicability of current technology for the detection
of biological, chemical and radiological agents following a major
homeland security event. Information presented is also applicable
to accidental and naturally-occurring major events. Credits: 2;
Hours (2/0/0/0); Prereq: none; Coreq: none; Arts & Sciences
Elective Code: A; Comments: One year each of high school
biology and chemistry
CHM-811 Forensic Science for Middle School
Teach
NCC
Cr:
1
A
Lec
Y
Lab:
This class is intended for individuals who are or plan to be middle
school or junior high science and agriculture instructors. It will
provide an introduction to forensic science that will deal with
selected topics in the area of criminal case investigation. Topics
will include evidence analysis of fingerprints, hair, fiber, glass and
ink. This class will mainly be informational, but will include some
hands on activities. Hints will be provided as to how forensic
science can be tied into basic science, biology, or chemistry
classes. Students will at the completion of the course turn in a
lesson plan that shows how they would incorporate the
information learned into their CHM-812 Forensic Science for the
HS Teacher
NCC
Cr:
1
A
Lec
Cr:
1
V
A
Lec
Lab:
New courses as student interests demand.
This course will include topics related to the structure and function
of carbohydrates, proteins, lipids, and nucleic acids. Additionally
concepts related to enzymes, metabolic pathways, the chemistry
of replicaton, transcription, and translation and other selected
topics will be covered.
KCC
evidence analysis of fingerprints, hair, fiber, firearms, glass and
ink. This class will mainly be informational, but will include some
hands on activities. Hints will be provided as to how forensic
science can be tied into basic science, biology, or chemistry
classes. Students will have at the completion of the course turn in
a lesson plan that shows how they would incorporate the
information learned into their CHM-917 Experimental Course
Y
Lab:
This class is intended for individuals who are or plan to be high
school science and agriculture instructors. It will provide an
introduction to forensic science that will deal with selected topics
in the area of criminal case investigation. Topics will include