Course Description Course fee: $20 This course is a continuation of 029:027 and 029:028. Topics include waves, optics and thermodynamics. The instructor is Reno.
Prerequisites: 029:018 or 029:028
Course Timeline
Week |
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Day |
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Topic |
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Event |
Week 1 |
: |
Mon, 08/26 |
: |
No Lab |
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No labs during the first week of classes |
Week 2 |
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Mon, 09/02 |
: |
holiday |
: |
Labor Day |
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Wed, 09/04 |
: |
No Lab |
: |
No labs this week |
Week 3 |
: |
Mon, 09/09 |
: |
Exp. W2 |
: |
Standing waves and vibrating string |
Week 4 |
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Mon, 09/16 |
: |
Exp. W3 |
: |
Frequency analysis |
Week 5 |
: |
Mon, 09/23 |
: |
Exp. W1 |
: |
Speed of sound |
Week 6 |
: |
Mon, 09/30 |
: |
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: |
Review for First Exam |
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Fri, 10/04 |
: |
Class |
: |
Exam 1 |
Week 7 |
: |
Mon, 10/07 |
: |
Exp. OP1 |
: |
Refraction of light |
Week 8 |
: |
Mon, 10/14 |
: |
Exp. OP3 |
: |
Thin spherical lenses |
Week 9 |
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Mon, 10/21 |
: |
Exp. OP4 |
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Telescopes |
Week 10 |
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Mon, 10/28 |
: |
Exp. OP2 |
: |
Prism spectrometer |
Week 11 |
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Mon, 11/04 |
: |
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: |
Review for second exam |
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Fri, 11/08 |
: |
Class |
: |
Exam 2
CHANGED TO 11/11 |
Week 12 |
: |
Mon, 11/11 |
: |
Exp. H2 |
: |
Mechanical equivalent of heat MONDAY EXAM II |
Week 13 |
: |
Mon, 11/18 |
: |
Exp. H1 |
: |
Determination of absolute zero |
Week 14 |
: |
Mon, 11/25 |
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No Lab |
: |
No labs this week |
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Wed, 11/27 |
: |
holiday |
: |
Thanksgiving break |
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Thu, 11/28 |
: |
holiday |
: |
Thanksgiving |
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Fri, 11/29 |
: |
holiday |
: |
Thanksgiving break |
Week 15 |
: |
Mon, 12/02 |
: |
Exp. H4 |
: |
Heat engine |
Week 16 |
: |
Mon, 12/09 |
: |
|
: |
Review for final exam |
Week 17 |
: |
Thu, 12/19 |
: |
Exam |
: |
Final Exam 12 NOON |
Assigned Readings Required Textbook: Halliday, Resnick and Krane, Physics, Fifth Edition, Volumes 1 and 2 and the Physics III Laboratory Manual (available in the IMU bookstore).
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Course
Information |
Goals and Objectives
- Students will have an understanding of mechanical and electromagnetic waves, including geometrical and physical optics. Students will develop their mathematical toolbox with Fourier
analysis and Dirac delta functions..
Grade Composition
- Grading will be based on homework (20%), laboratories (20%),
midterm exams (20%) and the final exam (20%). Plus/minus grading will be used..
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