Course Calendar 2011-2012 - Champlain College Saint-Lambert
Course Calendar 2011-2012 - Champlain College Saint-Lambert Course Calendar 2011-2012 - Champlain College Saint-Lambert
Chemistry 202-006-06 Introduction to Chemistry (Chemistry for Explorations Science Students only) This course is the equivalent of the high school Chem. 534 course. The course will enable students to acquire an understanding of basic chemical principles. This course will focus on the following subject areas: nomenclature, stoichiometry, gas laws, equilibrium, acids and bases and electrochemistry. Note: This course will be considered as an extra credit for Diploma purposes. Class: 4 hours/week Lab: 30 hours/semester Units: 3.33 Absolute Prerequisite: Physical Science 982-021 and Math 201-007 202-901-LA Tutorial in Organic Chemistry IB Chemistry for International Baccalaureate Students only) This tutorial is similar in content to 202-BLD-05 for the regular Health Science students, but is limited to topics required to prepare students for the IB Chemistry Higher level exam. 3 hours/week Units: 2.00 Absolute Prerequisite: 202-BLC 202-B2A-LA Chemistry and the Environment (Complementary course – not open to Science Students) This course is designed to help the non-science student to understand how environmental issues are affecting us in our daily lives and the future life of this planet. Topics include the greenhouse effect and climatic change, the depletion of the ozone layer, agricultural chemicals, radiation and nuclear power, acid rain, hazardous waste and alternative energy sources. Lectures will be supplemented with group presentations, laboratory activities and class discussion. Some of the laboratory experiments include the preparation of soaps and plastics. 3 hours/week Units: 2.00 202-BLC-05 Organic Chemistry I (Chemistry for Science and International Baccalaureate students only) Organic Chemistry, the chemistry of carbon and its compounds, is essential for an understanding of the chemistry of life processes. It is fundamental to medicine and biology since living organisms are, aside from water, composed largely of organic compounds. The language, fundamental concepts and theories, as well as recent advances in organic chemistry will be presented. The accompanying laboratory work will help familiarize the student with the methods and techniques used by the organic chemist in the synthesis, purification and characterization of organic compounds. Topics include: Lewis theory of acids and bases, the kinetics and theory of reaction mechanism, stereochemistry, and systematic nomenclature of organic compounds. A substantial part of the course is devoted to the detailed survey of the properties, reactions and stereochemistry of the following classes of organic compounds: cyclic and acyclic alkenes, alkenes and alkynes, alkyl halides and aromatic compounds. NOTE: Organic Chemistry I is a required course for students registered in the Health Science profile. Class: 3 hours/week Lab: 30 hours/semester Units: 2.66 Absolute Prerequisite: 202-NYA and 202-NYB 202-BLD-05 Organic Chemistry II (Chemistry for Science students and IB students only) Determining both the presence and the nature of small amounts of organic compounds in the environment or in the human body is very important. To analyse for the presence of organic substances in matter requires using certain techniques such as infrared (i.r.) and nuclear magnetic resonance (n.m.r.) spectroscopy. To determine the amount of a trace organic compound present in a urine sample, a combination of gas chromatography and mass spectrometry may be used. These techniques will be discussed and the student will be able to record i.r. spectra as well as analyze other spectra. The student will also learn how to synthesize and carry out reactions with the following classes of compounds: alcohols, aldehydes, ketones, carboxylic acids, Ethers and Amines. Spectroscopy will be applied so as to help in the elucidation of the structure of such compounds. NOTE: This course is strongly recommended for students who wish to enter the Health and Biological Science programs, including Medicine, at university. Class: 3 hours/week Lab: 30 hours/semester Units: 2.66 Absolute Prerequisite: 202-BLC
Chemistry (continued) 202-BLE-05 Environmental Chemistry (Chemistry for Science students only) The goal of this course is to enable the student to understand and apply the chemical principles underlying current environmental problems of acid rain, ozone depletion, greenhouse effect, waste disposal, heavy metals, pesticides and radiation. Students will also use chemical principles to evaluate the environmental impact of the manufacture and disposal of common consumer products such as soaps, detergents, bleaches, plastics, cosmetics, food, beverages, paper, furniture and clothing. Laboratory work will emphasize the modern analytical methods for the determination of chemical contaminants in the environment. Class: 3 hours/week Lab: 2 hours/week Units: 2.66 Absolute Prerequisite: 202-NYA and 202-NYB 202-NYB-05 General Chemistry - Part II (Chemistry for Science and International Baccalaureate students only) Subjects covered in this course are based on modern concepts of chemical equilibrium and thermodynamics. Topics include: the equilibrium constant expression, gas phase equilibria, thermochemistry, first and second laws of thermodynamics, equilibria in solutions of acids and bases, equilibria in saturated solutions, equilibria in the redox systems, electrochemical cells and the Nernst equation, phase equilibria and chemical kinetics. Class: 3 hours/week Lab: 2 hours/week Units: 2.66 Absolute Prerequisite: 202-NYA 202-NYA-05 General Chemistry - Part I (Chemistry for Science and International Baccalaureate students only) This course focuses on the understanding of chemical and physical changes in matter applying concepts associated with the structure of atoms and molecules. Topics are based on the concepts of modern atomic theory and quantum mechanics and include: atomic structure, periodic table, ionic bonding, covalent bonding, molecular geometry, descriptive chemistry of metals and non-metals with emphasis on the reactions of acidic and basic oxides, the relationship between the chemical structure and physical properties of substances, and colligative properties. Class: 3 hours/week Lab: 2 hours/week Units: 2.66
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Chemistry<br />
202-006-06<br />
Introduction to Chemistry<br />
(Chemistry for Explorations Science Students only)<br />
This course is the equivalent of the high school Chem.<br />
534 course. The course will enable students to acquire an<br />
understanding of basic chemical principles. This course<br />
will focus on the following subject areas: nomenclature,<br />
stoichiometry, gas laws, equilibrium, acids and bases and<br />
electrochemistry.<br />
Note: This course will be considered as an extra credit<br />
for Diploma purposes.<br />
Class: 4 hours/week Lab: 30 hours/semester<br />
Units: 3.33<br />
Absolute Prerequisite: Physical Science 982-021 and<br />
Math 201-007<br />
202-901-LA<br />
Tutorial in Organic Chemistry IB<br />
Chemistry for International Baccalaureate Students<br />
only)<br />
This tutorial is similar in content to 202-BLD-05 for the<br />
regular Health Science students, but is limited to topics<br />
required to prepare students for the IB Chemistry Higher<br />
level exam.<br />
3 hours/week Units: 2.00<br />
Absolute Prerequisite: 202-BLC<br />
202-B2A-LA<br />
Chemistry and the Environment<br />
(Complementary course – not open to Science Students)<br />
This course is designed to help the non-science student<br />
to understand how environmental issues are affecting us<br />
in our daily lives and the future life of this planet. Topics<br />
include the greenhouse effect and climatic change, the<br />
depletion of the ozone layer, agricultural chemicals,<br />
radiation and nuclear power, acid rain, hazardous waste<br />
and alternative energy sources. Lectures will be<br />
supplemented with group presentations, laboratory<br />
activities and class discussion. Some of the laboratory<br />
experiments include the preparation of soaps and<br />
plastics.<br />
3 hours/week Units: 2.00<br />
202-BLC-05<br />
Organic Chemistry I<br />
(Chemistry for Science and International Baccalaureate<br />
students only)<br />
Organic Chemistry, the chemistry of carbon and its<br />
compounds, is essential for an understanding of the<br />
chemistry of life processes. It is fundamental to medicine<br />
and biology since living organisms are, aside from water,<br />
composed largely of organic compounds. The language,<br />
fundamental concepts and theories, as well as recent<br />
advances in organic chemistry will be presented. The<br />
accompanying laboratory work will help familiarize the<br />
student with the methods and techniques used by the<br />
organic chemist in the synthesis, purification and<br />
characterization of organic compounds.<br />
Topics include: Lewis theory of acids and bases, the<br />
kinetics and theory of reaction mechanism,<br />
stereochemistry, and systematic nomenclature of organic<br />
compounds. A substantial part of the course is devoted<br />
to the detailed survey of the properties, reactions and<br />
stereochemistry of the following classes of organic<br />
compounds: cyclic and acyclic alkenes, alkenes and<br />
alkynes, alkyl halides and aromatic compounds. NOTE:<br />
Organic Chemistry I is a required course for students<br />
registered in the Health Science profile.<br />
Class: 3 hours/week Lab: 30 hours/semester<br />
Units: 2.66<br />
Absolute Prerequisite: 202-NYA and 202-NYB<br />
202-BLD-05<br />
Organic Chemistry II<br />
(Chemistry for Science students and IB students only)<br />
Determining both the presence and the nature of small<br />
amounts of organic compounds in the environment or in<br />
the human body is very important. To analyse for the<br />
presence of organic substances in matter requires using<br />
certain techniques such as infrared (i.r.) and nuclear<br />
magnetic resonance (n.m.r.) spectroscopy. To determine<br />
the amount of a trace organic compound present in a<br />
urine sample, a combination of gas chromatography and<br />
mass spectrometry may be used. These techniques will<br />
be discussed and the student will be able to record i.r.<br />
spectra as well as analyze other spectra. The student will<br />
also learn how to synthesize and carry out reactions with<br />
the following classes of compounds: alcohols, aldehydes,<br />
ketones, carboxylic acids, Ethers and Amines.<br />
Spectroscopy will be applied so as to help in the<br />
elucidation of the structure of such compounds. NOTE:<br />
This course is strongly recommended for students who<br />
wish to enter the Health and Biological Science programs,<br />
including Medicine, at university.<br />
Class: 3 hours/week Lab: 30 hours/semester<br />
Units: 2.66<br />
Absolute Prerequisite: 202-BLC