Q13 Question 13The displacement of a mechanical component follows a ruled path asa function of time. The function dis(t) = 21-24t + 6meter. (a)Derivethe velocity and acceleration based on the given displacementfunction dis(t) (b) Calculate the time to reach velocity of 72 m/s andalso calculate the corresponding acceleration at that time (c) Plot thedisplacement, velocity and acceleration versus time for the first 4seconds every 1 second.

Givendisplacement function xt=dis(t)=2t3-24t+6

Question 13 The displacement of a mechanical component follows a a function of time. The function dis(t) = 21-24t + 6me the velocity and acceleration based on the given function dis(t) (b) Calculate the time to reach velocity of also calculate the corresponding acceleration at that tim displacement, velocity and acceleration versus time fo seconds every 1 second.

Question 13 The displacement of a mechanical component follows a a function of time. The function dis(t) = 21-24t + 6me the velocity and acceleration based on the given function dis(t) (b) Calculate the time to reach velocity of also calculate the corresponding acceleration at that tim displacement, velocity and acceleration versus time fo seconds every 1 second.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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