Physics 271

Experimental Physics II: Electrodynamics and Modern Physics

Fall 2006

*General information

*Grading policies

*Experiment schedule

*Other links

Course description: Physics 271 is the laboratory associated with Physics 270 and carries one credit. You must pass both Physics 271 and 270 in the same semester to receive credit for either; you will be required to repeat both 270 and 271 otherwise. The scores for both courses will be combined and the grade for Physics 271 will be identical to that of Physics 270, as required by the Engineering College. The labs meet for three hours a week and you will be expected to complete eight experiments and two culminating laboratory activities.

CORE: Phys270 and Phys271, taken together in the same semester, satisfy the CORE physical science laboratory requirement.  Phys270 alone does not satisfy the CORE nonlaboratory science requirement.

General information

 

Monday

Tuesday

Wednesday

Thursday

Friday

8:00

  

 

   

 

 

9:00

 

 

   

 

 

10:00

  

Sect 0105 - Bertrand

   

 

 

11:00

 

Sect 0105

 

Sect 0117 - Mahmud

 

12:00

 

Sect 0105   

 

Sect 0117   

 

13:00

   

Sect 0106 - Koutrolikos

Sect 0116 - Koutrolikos

Sect 0117   

 

14:00

 

Sect 0106   

Sect 0116  

Sect 0118 - Mahmud  

 

15:00

Sect 0102 - Bertrand

Sect 0106 

Sect 0116  

Sect 0118   

 TA meeting

16:00

Sect 0102 

Sect 0107 - Koutrolikos

   

Sect 0118   

 TA meeting

17:00

Sect 0102 

Sect 0107    

   

Sect 0119 - Mahmud

 

18:00

Sect 0103 - Bertrand

Sect 0107   

   

Sect 0119   

 

19:00

Sect 0103   

   

   

Sect 0119   

 

20:00

Sect 0103   

   

   

   

 

21:00

 

   

   

   

 

Grading policies

Experiment schedule

The following table outlines the experiment and discussion schedule. You are strongly advised to read the relevant chapter of the laboratory manual, work through all derivations, and answer the prelab questions before coming to the lab so that you understand the physical principles for each experiment and the assumptions used to relate abstract principles to practical measurements.  You should also work through the error propagation for derived quantities so that you can anticipate which uncertainties are likely to determine the accuracy with which the experimental goals can be achieved.  You should then be well prepared for making careful measurements and complete record keeping.  If you prepare well, you should be able to complete the lab is less than the scheduled time.  Inadequate preparation usually results in inefficient use of laboratory time!

week  dates activity notes
1 Aug. 30 - Sep. 1 no labs  
2 Sep. 4 - 8 Exp. 0: Optional Review of Excel Monday students: attend another section
3 Sep. 11 - 15 Exp. 1: The Oscilloscope and Multimeter notes on analog oscilloscope
4 Sep. 18 - 22 Exp. 2: Resistors and Capacitors pictures
5 Sep. 25 - 29 Exp. 3: Faraday's Law of Induction pictures
6 Oct. 2 - 6 Exp. 4: LR and LRC Circuits  
7 Oct. 9 - 13 make-up and discussion week  
8 Oct. 16 - 20 first culminating lab (experiments 1-4)  
9 Oct. 23 - 27 Exp. 5: Diffraction pictures
10 Oct. 30 - Nov. 3 Exp. 6: Polarized Light pictures
11 Nov. 6 - 10 Exp. 7: The Hydrogen Spectrum pictures
12 Nov. 13 - 17 Exp. 8: The Radioactive Half-Life of Indium  
13 Nov. 20 - 24 Thanksgiving, no labs  
14 Nov. 27 - Dec. 1 make-up and discussion  
15 Dec. 4 - 8 second culminating lab (experiments 5-8)  
16 Dec. 11 - 15 no labs  

Other links

*University of Maryland Physics Department

*University of Maryland College Park 

*Essential Mathematica

*Physics is Phun


Last revised: August 29, 2006