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Physics 226: Optics and Modern Physics Lab Fall 2012

Physics 226: Optics and Modern Physics Lab Fall 2012

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Class: <strong>Physics</strong> <strong>226</strong><br />

Time <strong>and</strong> Place: R 9:00-11:50 ISC <strong>226</strong><br />

Dr. Marcus<br />

E-mail: marcus@geneseo.edu<br />

Overview<br />

<strong>Physics</strong> <strong>226</strong>: <strong>Optics</strong> <strong>and</strong> <strong>Modern</strong> <strong>Physics</strong> <strong>Lab</strong><br />

<strong>Fall</strong> <strong>2012</strong><br />

This course complements Analytical <strong>Physics</strong> III lecture <strong>and</strong> is intended to give you direct experimental experience with<br />

many of the topics discussed in that class. You will also study a few topics (like the lenses) that are not covered<br />

anywhere else in the Analytical <strong>Physics</strong> sequence. This second-year laboratory class will build on your experimental<br />

experiences <strong>and</strong> focus on developing good laboratory practices in keeping organized records, in successfully completing<br />

experiments, in using advanced analysis methods, <strong>and</strong> in orally presenting your work.<br />

Learning Outcomes<br />

By the end of this class a student will be able to<br />

• Use linear <strong>and</strong> non-linear curve-fitting methods to analyze data<br />

• Determine parameter uncertainties in non-linear analysis models<br />

• Present experimental results both in written <strong>and</strong> oral form<br />

<strong>Lab</strong> Manual <strong>and</strong> Logbook<br />

The lab manual for this class (approximately 60 pages) will be distributed electronically (via myCourses) incrementally<br />

during the semester. You will be able to access the relevant portion of the lab manual one week prior to each experiment.<br />

You are REQUIRED to maintain the manual in a 3-ring binder as it is released to you. You also need to maintain a<br />

hardcover quad-ruled logbook in which record your work for lab. The beginning of the lab manual contains the rules for<br />

maintaining your logbook.<br />

Access to me<br />

My office is located in ISC 228A. See the schedule on my webpage <strong>and</strong> office door to see when I am available. I will hold<br />

office hours on M: 1:30-3:30 TW: 10:30-11:30 R: 1:30-3:30 unless otherwise noted. I am also available by appointment at<br />

other times.<br />

Coursework<br />

A section of the lab manual will be distributed with a pre-lab assignment one week ahead of each experiment. The prelab<br />

assignment must be completed in your logbook prior to class. Each class will begin with a quiz based on the previous<br />

week’s experiment <strong>and</strong>/or the pre-lab.<br />

Your logbook must be maintained neatly <strong>and</strong> kept up-to date. Your logbooks may be graded at any time without prior<br />

warning.<br />

You will often be required to write a single page abstract of the experiment. Though you will share data with a lab partner,<br />

your abstract must be written independently. As you learned in Analytical <strong>Physics</strong> I <strong>and</strong> II lab, the abstract should clear<br />

<strong>and</strong> succinct. It should define the purpose of the experiment, describe how the experiment was conducted, explain the<br />

method of analysis, present numerical results with uncertainty <strong>and</strong> discuss possible sources of error. When writing an<br />

abstract, one copy should be turned in to the instructor <strong>and</strong> a second copy should be taped into your logbook.<br />

At the end of the semester, you will make an oral presentation about one of the experiments you completed during the<br />

semester. Your presentation will be graded on a number of elements including but not limited to: how well you did the<br />

experiment, the content of your presentation, your use of informative visual aids, <strong>and</strong> the effective of your public speaking.<br />

Grading<br />

25% Weekly Quizzes<br />

20% Logbooks<br />

40% Worksheets <strong>and</strong> Abstracts<br />

15% Oral Presentation


Class: <strong>Physics</strong> <strong>226</strong><br />

Time <strong>and</strong> Place: R 9:00-11:50 ISC <strong>226</strong><br />

Dr. Marcus<br />

E-mail: marcus@geneseo.edu<br />

Schedule of Experiments<br />

<strong>Lab</strong> 0: Introduction Aug 28 – Aug 31<br />

<strong>Lab</strong> 1: Index of Refraction of Glass/Lenses Sep 4 – Sep 7<br />

<strong>Lab</strong> 2: Permittivity of Free Space Sep 11 – Sep 14<br />

<strong>Lab</strong> 3: Polarization of Light Sep 18 – Sep 21<br />

<strong>Lab</strong> 4: Ultrasonic Interference <strong>and</strong> Diffraction Sep 25 – Sep 28<br />

Oct 2 – Oct 5<br />

<strong>Fall</strong> Break – no labs this week Oct 8 – Oct 9<br />

<strong>Lab</strong> 5: The Speed of Light Oct 16 – Oct 19<br />

Oct 23 – Oct 26<br />

<strong>Lab</strong> 6: The Bohr Atom Oct 30 – Nov 2<br />

<strong>Lab</strong> 7: The Michelson Interferometer Nov 6 – Nov 9<br />

<strong>Lab</strong> 8: Blackbody Radiation Nov 13 – Nov 16<br />

Thanksgiving Break – no labs this week Nov 19 – Nov 23<br />

<strong>Lab</strong> 9: Photoelectric Effect Nov 27 – Nov 30<br />

<strong>Lab</strong> 10: Chaos – Computer Simulation Dec 4 – Dec 7<br />

Oral Presentations<br />

Section 1 (Tuesdays)<br />

Monday, Dec 17, 3:30 pm<br />

Section 2 (Wednesday) Monday, Dec 17, 12:00 pm<br />

Section 3 (Thursdays)<br />

Section 4 (Fridays)<br />

Thursday, Dec 13, 8:00 am<br />

Wednesday, Dec 12, 12:00 pm<br />

You will work with a different lab partner each week. Your assigned lab partners are listed on<br />

myCourses. To determine your lab partner(s) for any experiment, find the row corresponding to<br />

your name, <strong>and</strong> then scan across until you find the number of the lab you are performing (as<br />

listed above). The name above this number is your partner. If an experiment number is<br />

colored pink, then you will make an oral presentation on your work for that experiment on<br />

December 13.

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