PHYS 411
Classical Mechanics
Fall 2012
Division III
Quantitative/Formal Reasoning
This is not the current course catalog
Class Details
The course will investigate advanced topics in classical mechanics including phase space plots, non-linear oscillators, numerical solutions, approximation methods, the calculus of variations, the Lagrangian and Hamiltonian reformulations of mechanics, rotating frames of reference (including implications for physics on the Earth). The carry over of ideas developed in the context of classical mechanics into other areas of physics will be explored. The class as a whole will meet once per week for an introductory lecture/discussion. A second tutorial meeting between the instructor and a pair of students will be scheduled later in the week. Students will take turns working and discussing problems at the chalkboard. Written solutions will be due later in the week.
The Class:
Format: tutorial, 1 and 1/4 hours per week; lecture, one hour per week
Limit: 10
Expected: 10
Class#: 1347
Grading: no pass/fail option, no fifth course option
Limit: 10
Expected: 10
Class#: 1347
Grading: no pass/fail option, no fifth course option
Requirements/Evaluation:
evaluation will be based on weekly problem sets, tutorial participation, presentations,a final project, and a final exam, all of which have a substantial quantitative component
Extra Info:
not available for the Gaudino option
Prerequisites:
Physics 202 and Physics 210 or Mathematics 210
Distributions:
Division III
Quantitative/Formal Reasoning
Attributes:
MTSC Related Courses
Class Grid
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HEADERS
Column header 1
CLASSESColumn header 2DREQColumn header 3INSTRUCTORSColumn header 4TIMESColumn header 5CLASS#
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PHYS 411 - T1 (F) TUT Classical Mechanics
PHYS 411 - T1 (F) TUT Classical MechanicsDivision III Quantitative/Formal ReasoningMichael D. F. SeifertF 1:10 pm - 2:25 pm
Physics 2051347 -
PHYS 411 - T2 (F) TUT Classical Mechanics
PHYS 411 - T2 (F) TUT Classical MechanicsDivision III Quantitative/Formal ReasoningMichael D. F. SeifertF 1:10 pm - 2:25 pm
Physics 2051348
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