This preview has intentionally blurred sections. Sign up to view the full version.
View Full DocumentThis preview has intentionally blurred sections. Sign up to view the full version.
View Full Document
Unformatted text preview: PHYS 2211, Test 4, November 20th, 2008 Name (print) Instructions • Read all problems carefully before attempting to solve them. • Your work must be legible, and the organization must be clear. • You must show all work, including correct vector notation. • Correct answers without adequate explanation will be counted wrong. • Incorrect work or explanations mixed in with correct work will be counted wrong. Cross out anything you don’t want us to read! • Make explanations correct but brief. Don’t write a lot of prose. • Include diagrams! • Show what goes into a calculation, not just the final number, e.g.: a · b c · d = (8 × 10 3 )(5 × 10 6 ) (2 × 10 5 )(4 × 10 4 ) = 5 × 10 4 • Give standard SI units with your results. Unless specifically asked to derive a result, you may start from the formulas given on the formula sheet, including equations corresponding to the fundamental concepts. If a formula you need is not given, you must derive it. If you cannot do some portion of a problem, invent a symbol for the quantity you can’t calculate (explain that you are doing this), and use it to do the rest of the problem. Honor Pledge “In accordance with the Georgia Tech Honor Code, I have neither given nor received unauthorized aid on this test.” Sign your name on the line above The PHYS 2211 FINAL EXAM will be: Dec 11th from 8:00am  10:50am. Please read the announcement posted on WebAssign. PHYS 2211 Do not write on this page! Problem Score Grader Problem 1 (40 pts) Problem 2 (30 pts) Problem 3 (10 pts) Problem 4 (20 pts) Bonus (10 pts) Problem 1 (40 Points) Here is a device consisting of four heavy metal balls con nected together by rods of neg ligible mass. Its center of mass is moving to the right with speed 12 m/s, and it is rotat ing counterclockwise with an gular speed 40 radians/s....
View
Full Document
 Fall '08
 UZER
 Physics, Angular Momentum, Kinetic Energy, Mass, Momentum, Work, Krot, translational angular momentum

Click to edit the document details