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(4) What analysis model correctly describes the motion of the astronaut while the centriruge is operating at a fixed rotation rate, and will be most helpful in solving this problem? O particle under constant speed O particle under constant velocity O particle in uniform circular motion O particle under constant acceleration O none of the above

(4) What analysis model correctly describes the motion of the astronaut while the centriruge is operating at a fixed rotation rate, and will be most helpful in solving this problem? O particle under constant speed O particle under constant velocity O particle in uniform circular motion O particle under constant acceleration O none of the above

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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please indicate answer choice as i.e A,B,C,D or E

Part 1 of 4- Conceptualize: Look carefully at the figure and imagine you are the astronaut sitting in the seat at the far right. As the centrifuge rotates, you are experiencing an acceleration toward the center of the device. The faster the centrifuge spins, the larger is that acceleration. The problem is asking for a rotation rate, measured in revolutions per second. Bocause the period of circular motion is the number of seconds per revolution, we see that the rotation rate will be the inverse of the period. rotation rate Part 2 of 4- Categorice (1) What analysis model correctly describes the motion of the astronaut while the centrifuge is operating at a fixed rotation rate, and will be most helpful in solving this problem? O particle under constant speed O particle under constant velocity O particle in uniform circular motion O particle under constant acceleration O none of the above
Transcribed Image Text:Part 1 of 4- Conceptualize: Look carefully at the figure and imagine you are the astronaut sitting in the seat at the far right. As the centrifuge rotates, you are experiencing an acceleration toward the center of the device. The faster the centrifuge spins, the larger is that acceleration. The problem is asking for a rotation rate, measured in revolutions per second. Bocause the period of circular motion is the number of seconds per revolution, we see that the rotation rate will be the inverse of the period. rotation rate Part 2 of 4- Categorice (1) What analysis model correctly describes the motion of the astronaut while the centrifuge is operating at a fixed rotation rate, and will be most helpful in solving this problem? O particle under constant speed O particle under constant velocity O particle in uniform circular motion O particle under constant acceleration O none of the above
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