Course Calendar 2011-2012 - Champlain College Saint-Lambert

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Physics Physics 203-001-50 General Physics (Physics for Explorations Science Students only) This course is for students who have never taken Sec V Physics in high school. Content: Vectors: Graphical and component methods. Force, displacement and velocity applications. Static Equilibrium: Newton's 1st and 3rd Laws. Kinematics: 1-d motion, constant acceleration, graphs and equations. Dynamics: Newton's 2nd Law. Causes of acceleration. Work/Energy: Basics of work, energy, and power. Work/energy as an alternative to the 2nd Law. Electricity and Circuits: Charge, Coulomb's law, batteries, voltage, current, resistance, power, Ohm's Law, series/parallel circuits, Kirchhoff's Rules. Geometric Optics: Reflection, refraction, mirrors, lenses, optical devices. Hydrostatics: Pressure, density, buoyant forces, Archimedes' Principle. Class: 3 hours/week Lab: 2 hours/week Units:2.66 Absolute Prerequisite: Physical Sciences 430 or 982-003 and Math 201-013 (Note: This course will be considered as an extra credit for Diploma purposes) 203-902-LA Extra Topics in Physics (Physics for International Baccalaureate students only) This course is similar in content to the 203-BLE-05 course described below, but it is limited to topics required to prepare students for the IB Physics Higher Level exam. 3 hours/week Units: 2.00 Co-requisite: 203-NYB 203-903-LA Computer Techniques in Physics (Numerical Methods <strong>Course</strong> for Science students only) Students in this course will learn how to use a programming language and spreadsheet methods to simplify the solving of Physics problems. These techniques are becoming increasingly common in many professions, and such skills will be valuable well beyond the specific Physics and Mathematics topics that will be used to demonstrate them. Topics to be treated include: projectile motion with air resistance, satellite motion and orbits, moments of inertia and rigid body rotation, uncertainties and error analysis, charged particle motion, thermodynamic cycles, radioactivity, circuit analysis, and other such problems that can be efficiently solved by numerical methods. Class: 3 hours/week Lab: 2 hours/week Units: 2.66 PR: 203-NYC 203-BLA-LA Astrophysics Students in this course will develop an understanding of astrophysical concepts and will apply this knowledge by solving problems, performing laboratory experiments, and writing a research paper. The topics covered in this course will include a brief history on how we have come to understand and appreciate the Universe today with explanations about solar systems, stars, stellar evolution, stellar distances, galaxies, cosmology, and extraterrestrial life Class: 3 hours/Week Lab: 2 hours/week Units: 2.66 203-BLD-05 Electronics (Physics for Science students only) This is an introductory course in Electronics that will present a thorough examination of BJT amplifiers and operating principles. Mathematical models and theoretical analyses will be complemented by closely related experiments. Content: Solid State Physics; diodes, power supplies; DC models, bias circuits, and feedback; stability and design; small signal models and analysis, class A and B operation, AC circuit analysis, advanced circuit analysis, communications technologies. Class: 3 hours/week Lab: 2 hours/week Units: 2.66 Absolute Prerequisite: 203-NYC Co-requisite: 203-NYB 203-BLE-05 Energy and Modern Physics (Physics for Science students only) This course is intended for students who wish to pursue future studies in engineering, architecture, or in a physical science. The subject matter will include some topics already treated in Physics NYC, but will be covered in greater depth, and will vary to some extent, according to the interests of the professor and of the class. The topics will be chosen from the following areas: Relativity, Quantum Physics, Nuclear Physics, Thermodynamics, and Astrophysics. Additional topics such as superconductivity, Fibre Optics, Chaos Theory, etc. may be covered. The use of computers, online resources, and independent study will be more prominent than in previous courses in the regular Physics series. Class: 3 hours/week Lab: 2 hours/week Units: 2.66 Co-requisite: 203- NYB
Physics (continued) 203-NYA-05 Mechanics (Physics for Science and IB Science students only) This course offers a mathematical treatment of the basic laws and principles of mechanics. Content: Vector analysis, forces, friction, equilibrium, one-dimensional motion, motion in a plane, laws of motion, universal gravitation, work energy theorem, potential energy, conservation of energy, conservation of momentum, collisions, rotational kinematics and dynamics, and angular momentum. Class: 3 hours/week Lab: 2 hours/week Units: 2.66 Absolute Prerequisite: Sec V Physics or 203-001; Co-requisite: Calculus 203-NYB-05 Electricity and Magnetism (Physics for Science and IB Science students only) This course is a study of the fundamental laws of electricity and magnetism. It is designed to provide students with an understanding of electromagnetic phenomena and some applications. Content: Coulomb's law, electric field, Gauss' law, electrical potential, capacitors, physical effect of a dielectric, DC circuits, electrical instruments, Kirchhoff's rules, electromotive force and internal resistance, magnetic field, Biot-Savart law, Ampere’s law, Faraday's law, inductance, introduction to AC. Class: 3 hours/week Lab: 2 hours/week Units: 2.66 Absolute Prerequisite: 203-NYA & 203-NYC Co-requisite: Calculus II 203-NYC-05 Waves and Modern Physics (Physics for Science and IB Science students only) This course is an introduction to waves, optics, and selected topics in modern Physics. Content: Simple harmonic motion, harmonic waves, superposition principle, standing waves, resonance, sound waves, Doppler effect, electromagnetic waves (qualitative), Huygens' principle, reflection, refraction, mirrors, lenses, optical instruments, interference, diffraction, polarization, photoelectric effect, de Broglie waves, wave particle duality, uncertainty principle, the Bohr atom, nuclear physics and radioactivity. Class: 3 hours/week Lab: 2 hours/week Units: 2.66 Prerequisites: Physics 203-NYA and Calculus I
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2012-2013 Course Calendar Attention
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JULY 2012 AUGUST 2012 01 Canada Day
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The Cegep Structure THE COLLEGE SYS
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Quebec Residents In order to be adm
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Application Procedure Applications
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E. Course Withdrawals Students are
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Adult students come to Champlain Sa
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as search our collection of ebook a
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SUMMER SCHOOL Summer School is a li
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• AWARDS, MEDALS, PRIZES & SCHOLA
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International Baccalaureate Diploma
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Health Science Profile (200.B1) Hea
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Computer Science and Mathematics (2
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Social Science Program (300.A0) Ent
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General Option (300.AA) - Social Sc
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Education Option (300.AF) - Social
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Computer Science (continued) 420-31
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Computer Science (continued) 420-51
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Creative Arts 502-101-LA Art & Idea
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Creative Arts (continued) 510-402-L
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French (continued) 602-927 02 (in-h
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Modern Languages (continued) 608-10
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Index Absence from Class (See IPESA
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Course Calendar 2011-2012 - Champlain College Saint-Lambert

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