Q1/ A partical has an acceleration gven by relation a = 0.3 V2v² + 36, where a and v are expressed in m/s² and m/s respectively, starting from x=0 with no initial velocity. 1) The position of the partical when v=4 m/s, is: our answer 1/b/the speed of the particle at X=3m is: * 3.524 2.543 2.98 1.654 4.21 4.85 Other: 1/c/the acceleration of the particle at X=3 mis: * 3.2399 2.3399

Q1/ A partical has an acceleration gven by relation a = 0.3 V2v² + 36, where a and v are expressed in m/s² and m/s respectively, starting from x=0 with no initial velocity. 1) The position of the partical when v=4 m/s, is: our answer 1/b/the speed of the particle at X=3m is: * 3.524 2.543 2.98 1.654 4.21 4.85 Other: 1/c/the acceleration of the particle at X=3 mis: * 3.2399 2.3399

Name: Your answerQ1/b/the speed of the particle at X=3m is: *оооQ1/ A parti
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Description: Your answerQ1/b/the speed of the particle at X=3m is: *оооQ1/ A partical has an acceleration gven by relation a = 0.3 √2v² + 36, where aand v are expressed in m/s² and m/s respectively, starting from x=0 with no initialvelocity.1) The position of th

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter2: One Dimensional Motion

Section: Chapter Questions

Problem 77PQ

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