ࡱ> 574a jbjb,, NN JJJJJJJH H H H T t t t t t t t t ,RJt t t t t  JJt t  t Jt Jt  ^rJJJJt  V@JJSh \tH : S,0x S JddAdvanced Physics Laboratory Physics 321 Fall 2007 Instructor: Dr. Scott Hyman Office: Guion 06 Phone: 381-6158 (o) 386-5790 (h) Office Hours: T 2:30-3:30, WF 1:30-2:30 or by appointmentInstructor: Dr. Hank Yochum Office: Guion 04 Phone: 381-6357 (o) 847-0550 (h) Office Hours: TBD The main objective of this laboratory course is for you to use advanced scientific instrumentation in order to carry out experiments in modern physics, classical mechanics, optics and electrodynamics. Possible experiments include: 1. The Photoelectric Effect 2. Measurement of e/m for the electron. 3. Measurement of o with a current balance. 4. Millikan Oil Drop Experiment 5. Optics--Interference and Diffraction 6. Fourier Analysis 7. Forced Resonance 8. Optics Construction, Design, and Testing of a Fabry-Perot Interferometer 9. Measurements of Electric Dipole Scattering Using Polarized Laser Light You will work in one lab group of 2 students on each of 6 experiments. Each individual must complete 3 comprehensive written reports. The other 3 labs must be presented orally to the instructors. For all the reports, a draft written report or draft presentation will be required for feedback from the instructors. Each experiment will take approximately 2 weeks to finish and reports will be due two weeks later. While reports must adequately cover the theory, procedure, data analysis, error analysis, etc., you should explore more fully any aspect that interests you. Prof. Hyman and Prof. Yochum will determine grades for both oral and written work. You will also be graded on your performance in the lab. This In-Lab grade will assess not only your ability to set up and conduct experiments according to experimental procedures provided, but also on the creativity you show as a scientist. Difficulties will arise in the experiments that will require you to tweak or overhaul the procedures and to design control experiments. Lack of inquisitiveness and drive to deal with such difficulties (and extensions to labs posed by your instructors) will result in a low grade for the In-Lab part of the course. Each lab report will be counted equally toward the final grade. In addition, there will be a few exercises assigned as homework and/or one-day "mini-labs" requiring brief write-ups. There will be no exams. Grading Policy: Six Lab Reports: 80%, Homework and "mini-Labs": 10% In-Lab grade: 10% T4 f h6B*H*phh6h6B*ph h65 TUr $Ocdxnkd$$Ifl0,"LL0"64 la$Ifl $a$ deMNk ! 6 g h jkgd6/ =!"#$%$$If!vh5L5L#vL:V l0"65L4H@H Normal CJOJPJQJ_HmH sH tH F@F Heading 1$$@&a$ 5B*phDA@D Default Paragraph FontZi@Z  Table Normal :V 4 l4a _H(k(No List <>@< Title$a$5B*CJph8B@8 Body Text B*phHH ;s Balloon TextCJOJQJ^JaJ  z TUr $OcdeMNk !6ghj k 00000000 0000 000000000p@0p@0p@0p@ƀ0p@0000p@000000TUr $OcdeMNk !6ghj k I&8oxI&8oI&8oI&8oPU PU PU PU PU PU PU PU 5I&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8oI&8o d  jo JN[b ::::"v7B'Ecbkph ^`OJQJo(h ^`OJQJo(oh pp^p`OJQJo(h @ @ ^@ `OJQJo(h ^`OJQJo(oh ^`OJQJo(h ^`OJQJo(h ^`OJQJo(oh PP^P`OJQJo( ht\t^t`\o(.h^`.h L ^ `L.h  ^ `.hxx^x`.hHLH^H`L.h^`.h^`.hL^`L.  \ ^ `\o(.^`.pLp^p`L.@ @ ^@ `.^`.L^`L.^`.^`.PLP^P`L.'Ecbv7"         Xh        Xh        Ucd @n n @n n  @ @UnknownGTimes New Roman5Symbol3 Arial3Times5 Tahoma? Courier New;Wingdings qhF]* u 24dA   3qP  Advanced Physics Laboratory Scott HymanComputer Services    Oh+'0x  4 @ LX`hp'Advanced Physics Laboratory Scott HymanNormalComputer Services3Microsoft Word 11.2@^в@ $@V*  ՜.+,0 hp  'Sweet Briar CollegeA  Advanced Physics Laboratory Title  !"#%&'()*+-./01236Root Entry Fq8Data 1TableWordDocumentSummaryInformation($DocumentSummaryInformation8,CompObjX FMicrosoft Word DocumentNB6WWord.Document.8