9Here is a table of the times and positions of an object: Time Position t₁ = 14.7 s 7₁ = (-5.52, -9.73, 10.54) m 12 = 14.72 s 72 = (-5.72, -9.49, 10.78) m 13= 19.48 73= (-55.37, 43.17, 57.87) m 14 = 19.45 s 74= (-55.93, 43.70, 58.28) m What is the average velocity during the short time interval between 11 and 12? 9b What is the average velocity during the short time interval between 13 and 14? (i What is the average acceleration during the long time interval between 1 and 4? (i > m/s > m/s 2 m/s

9Here is a table of the times and positions of an object: Time Position t₁ = 14.7 s 7₁ = (-5.52, -9.73, 10.54) m 12 = 14.72 s 72 = (-5.72, -9.49, 10.78) m 13= 19.48 73= (-55.37, 43.17, 57.87) m 14 = 19.45 s 74= (-55.93, 43.70, 58.28) m What is the average velocity during the short time interval between 11 and 12? 9b What is the average velocity during the short time interval between 13 and 14? (i What is the average acceleration during the long time interval between 1 and 4? (i > m/s > m/s 2 m/s

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Description: (Hand by hand answer. ) 9Here is a table of the times and positions of an object:TimePosition11 = 14.7 s7₁ = (-5.52, -9.73, 10.54) m12 = 14.72 s 72 = (-5.72, -9.49, 10.78) m13= 19.4 s 73= (-55.37, 43.17, 57.87) m14 = 19.45 s 74= (-55.93, 43.70, 58.28

University Physics Volume 3

17th Edition

ISBN:9781938168185

Author:William Moebs, Jeff Sanny

Publisher:William Moebs, Jeff Sanny

Chapter5: Relativity

Section: Chapter Questions

Problem 38P: Describe the shape of the world line on a space-time diagram of (a) an object that remains at rest...

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