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12.2. SAY Additional Questions: 1. For any one mass difference use Equations (2-6) (a&b) to find the tension in the string above (a) the descending mass m, and (b) the ascending mass m. [Remember to include units.] Indicate which mass difference is being used and show your work in the space below. a) b). 2. One more calculation of the friction force: f= T,-T₁. Display your calculation and results below. Again, include units. rostી ) ela A B. How do your three values of the friction compare with one another? If the three values differ by "much", why do you think that happened? [Note that all three values should be very small. The differences, ideally, should be even smaller.] 2-9

12.2. SAY Additional Questions: 1. For any one mass difference use Equations (2-6) (a&b) to find the tension in the string above (a) the descending mass m, and (b) the ascending mass m. [Remember to include units.] Indicate which mass difference is being used and show your work in the space below. a) b). 2. One more calculation of the friction force: f= T,-T₁. Display your calculation and results below. Again, include units. rostી ) ela A B. How do your three values of the friction compare with one another? If the three values differ by "much", why do you think that happened? [Note that all three values should be very small. The differences, ideally, should be even smaller.] 2-9

College Physics
College Physics
1st Edition
ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
Publisher:Paul Peter Urone, Roger Hinrichs
Chapter6: Uniform Circular Motion And Gravitation
Section: Chapter Questions
Problem 22CQ: Newton's laws of motion and gravity were among the first to convincingly demonstrate the underlying...
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12.2. SAY Additional Questions: 1. For any one mass difference use Equations (2-6) (a&b) to find the tension in the string above (a) the descending mass m, and (b) the ascending mass m. [Remember to include units.] Indicate which mass difference is being used and show your work in the space below. a) b). 2. One more calculation of the friction force: f= T,-T₁. Display your calculation and results below. Again, include units. rostી ) ela A B. How do your three values of the friction compare with one another? If the three values differ by "much", why do you think that happened? [Note that all three values should be very small. The differences, ideally, should be even smaller.] 2-9
Transcribed Image Text:12.2. SAY Additional Questions: 1. For any one mass difference use Equations (2-6) (a&b) to find the tension in the string above (a) the descending mass m, and (b) the ascending mass m. [Remember to include units.] Indicate which mass difference is being used and show your work in the space below. a) b). 2. One more calculation of the friction force: f= T,-T₁. Display your calculation and results below. Again, include units. rostી ) ela A B. How do your three values of the friction compare with one another? If the three values differ by "much", why do you think that happened? [Note that all three values should be very small. The differences, ideally, should be even smaller.] 2-9
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