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52.9 m/s 1.606 m/s 0.755 "/s 73.5 "/s

52.9 m/s 1.606 m/s 0.755 "/s 73.5 "/s

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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52.9 m/s 1.606 m/s 0.755 "/s 73.5 "/s 5.92 m/s 15.49 m/s 23.47 "/s 7.28 m/s 6.66 m/s
Transcribed Image Text:52.9 m/s 1.606 m/s 0.755 "/s 73.5 "/s 5.92 m/s 15.49 m/s 23.47 "/s 7.28 m/s 6.66 m/s
An old amusement-park ride, you're strapped into a chair that hangs 2 meters below a 3 meter radius horizontal ring. As the ring begins to spin around its center, you go faster and faster till your chair is tilted out at about 50° . [ a) draw the chair coming out of the page so the 50° angle shows on the page. {/T} ] [b) compute the chair distance from the ring center. {4.53m} ] [c) calculate the inward Force applied to a 102 kg football player. {1192N} ] d) calculate the chair's speed at that angle
Transcribed Image Text:An old amusement-park ride, you're strapped into a chair that hangs 2 meters below a 3 meter radius horizontal ring. As the ring begins to spin around its center, you go faster and faster till your chair is tilted out at about 50° . [ a) draw the chair coming out of the page so the 50° angle shows on the page. {/T} ] [b) compute the chair distance from the ring center. {4.53m} ] [c) calculate the inward Force applied to a 102 kg football player. {1192N} ] d) calculate the chair's speed at that angle
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