Physics Lab 11310, Fall 2011



PHYSICS EXPERIMENTS


Instructor : Professor Gordon Berry, NSH 223, 1-4012, hgberry@nd.edu

Graduate Assistants:
Madan Lamichhane, email: mlamichh@nd.edu mlamichh@nd.edu
Edward Lamere, email: edlamere@gmail.com edlamere@gmail.com

Place: Jordan Hall of Science 213

Note that there are 2 sections: Section I at 12:40 - 2:30 pm, and Section II at 2:55 - 4:45 pm
Each section is divided into two groups: your group (A or B} will be determined at the first lab session that takes place on Thursday afteroon, 1st September 2011.

Lab Physicist: Mr. Michael McFarland, Jordan Hall, room 312, mcfarland.1@nd.edu  


            

Course Goals:

- To learn how physics experiments are designed, performed, and their results presented

- To provide an insight into how physics explains everyday phenomena

 

Laboratory: There will be six experiments, as listed in the table below: an MS-Word file of the schedule is here         



 
Expt #
 
Experiment
 
Group A
 
Group B
 0  Making measurements, discussion of errors  1 September  1 September
 1  One Dimensional Motion  8 September  15 September
 2  Velocity and Acceleration  22 September  29 September
 3  Work and Energy  6 October  13 October
 
Break
 
Semester break 15-23 October
 
Break
 
Break
 4  Momentum and Collisions  27 October  3 November
 5  Rotational Dynamics  10 November  17 November
 
Break
 
Thanksgiving
 
Break
 
Break
 **  Make up day for Experiments 1-5  1 December  1 December


Grading:

Based on lab reports. Class attendance may also be considered. No exams will be given. For a passing grade, all experiments must be completed.


Here follow some preliminary documents:

Measurements and Errors
Laboratory Reports: Report Guidelines; Grading Codes
Section rosters (including emails and groups)
Section A1; Section A2; Section B1; Section B2;

and photos of the class


Here follow the experiment descriptions (in MS-word format)

Experiment 1: One Dimensional Motion
Experiment 2: Velocity and Acceleration
Experiment 3: Work and Energy
Experiment 4: Momentum and Collisions
Experiment 5: Rotational Dynamics