Course Calendar 2011-2012 - Champlain College Saint-Lambert
Course Calendar 2011-2012 - Champlain College Saint-Lambert
Course Calendar 2011-2012 - Champlain College Saint-Lambert
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Physics<br />
Physics 203-001-50<br />
General Physics<br />
(Physics for Explorations Science Students only)<br />
This course is for students who have never taken Sec V<br />
Physics in high school. Content: Vectors: Graphical and<br />
component methods. Force, displacement and velocity<br />
applications. Static Equilibrium: Newton's 1st and 3rd<br />
Laws. Kinematics: 1-d motion, constant acceleration,<br />
graphs and equations. Dynamics: Newton's 2nd Law.<br />
Causes of acceleration. Work/Energy: Basics of work,<br />
energy, and power. Work/energy as an alternative to the<br />
2nd Law. Electricity and Circuits: Charge, Coulomb's law,<br />
batteries, voltage, current, resistance, power, Ohm's<br />
Law, series/parallel circuits, Kirchhoff's Rules. Geometric<br />
Optics: Reflection, refraction, mirrors, lenses, optical<br />
devices. Hydrostatics: Pressure, density, buoyant forces,<br />
Archimedes' Principle.<br />
Class: 3 hours/week Lab: 2 hours/week<br />
Units:2.66<br />
Absolute Prerequisite: Physical Sciences 430 or 982-003<br />
and Math 201-013<br />
(Note: This course will be considered as an extra credit<br />
for Diploma purposes)<br />
203-902-LA<br />
Extra Topics in Physics<br />
(Physics for International Baccalaureate students only)<br />
This course is similar in content to the 203-BLE-05 course<br />
described below, but it is limited to topics required to<br />
prepare students for the IB Physics Higher Level exam.<br />
3 hours/week Units: 2.00<br />
Co-requisite: 203-NYB<br />
203-903-LA<br />
Computer Techniques in Physics<br />
(Numerical Methods <strong>Course</strong> for Science students only)<br />
Students in this course will learn how to use a<br />
programming language and spreadsheet methods to<br />
simplify the solving of Physics problems. These<br />
techniques are becoming increasingly common in many<br />
professions, and such skills will be valuable well beyond<br />
the specific Physics and Mathematics topics that will be<br />
used to demonstrate them. Topics to be treated include:<br />
projectile motion with air resistance, satellite motion and<br />
orbits, moments of inertia and rigid body rotation,<br />
uncertainties and error analysis, charged particle motion,<br />
thermodynamic cycles, radioactivity, circuit analysis, and<br />
other such problems that can be efficiently solved by<br />
numerical methods.<br />
Class: 3 hours/week Lab: 2 hours/week<br />
Units: 2.66<br />
PR: 203-NYC<br />
203-BLA-LA<br />
Astrophysics<br />
Students in this course will develop an understanding of<br />
astrophysical concepts and will apply this knowledge by<br />
solving problems, performing laboratory experiments,<br />
and writing a research paper. The topics covered in this<br />
course will include a brief history on how we have come<br />
to understand and appreciate the Universe today with<br />
explanations about solar systems, stars, stellar evolution,<br />
stellar distances, galaxies, cosmology, and extraterrestrial<br />
life<br />
Class: 3 hours/Week Lab: 2 hours/week<br />
Units: 2.66<br />
203-BLD-05<br />
Electronics<br />
(Physics for Science students only)<br />
This is an introductory course in Electronics that will<br />
present a thorough examination of BJT amplifiers and<br />
operating principles. Mathematical models and<br />
theoretical analyses will be complemented by closely<br />
related experiments.<br />
Content: Solid State Physics; diodes, power supplies; DC<br />
models, bias circuits, and feedback; stability and design;<br />
small signal models and analysis, class A and B operation, AC<br />
circuit analysis, advanced circuit analysis, communications<br />
technologies.<br />
Class: 3 hours/week Lab: 2 hours/week<br />
Units: 2.66<br />
Absolute Prerequisite: 203-NYC Co-requisite: 203-NYB<br />
203-BLE-05<br />
Energy and Modern Physics<br />
(Physics for Science students only)<br />
This course is intended for students who wish to pursue<br />
future studies in engineering, architecture, or in a<br />
physical science. The subject matter will include some<br />
topics already treated in Physics NYC, but will be covered<br />
in greater depth, and will vary to some extent, according<br />
to the interests of the professor and of the class. The<br />
topics will be chosen from the following areas: Relativity,<br />
Quantum Physics, Nuclear Physics, Thermodynamics, and<br />
Astrophysics. Additional topics such as superconductivity,<br />
Fibre Optics, Chaos Theory, etc. may be covered. The use<br />
of computers, online resources, and independent study<br />
will be more prominent than in previous courses in the<br />
regular Physics series.<br />
Class: 3 hours/week Lab: 2 hours/week<br />
Units: 2.66<br />
Co-requisite: 203- NYB