A vector v is given as function of time t by v = ti +tj+tk m/s, where (i, j, k ) are unit vectors whose directions are fixed in the frame H. The angular velocity of H in frame Ris wHR = ti +t2j +t³k rad/s. Find the magnitude of the derivative of v in frame R, that is Ri, at t = 1.67 s.

A vector v is given as function of time t by v = ti +tj+tk m/s, where (i, j, k ) are unit vectors whose directions are fixed in the frame H. The angular velocity of H in frame Ris wHR = ti +t2j +t³k rad/s. Find the magnitude of the derivative of v in frame R, that is Ri, at t = 1.67 s.

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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A vector v is given as function of time t by v = ti+t²j+tkm/s, where (i, j, k ) are unit vectors whose directions are fixed in the frame H. The angular velocity of H in
frame Ris wH/R = ti +t2j +t³k rad/s. Find the magnitude of the derivative of v in frame R, that is Ri, at t = 1.67 s.

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