S A particle which moves in two-dimensional motion has coordinates given in inches by x t- 4t + 20 and y = 3 sin 2t, where the time t is in seconds. De- termine the magnitudes of the velocity v and the ac- celeration a and the angle 0 between these two vectors at time t 3 sec. %3D Ans. v = 6.10 in./sec, a 3.90 in./sec2 0 = 11.67°
S A particle which moves in two-dimensional motion has coordinates given in inches by x t- 4t + 20 and y = 3 sin 2t, where the time t is in seconds. De- termine the magnitudes of the velocity v and the ac- celeration a and the angle 0 between these two vectors at time t 3 sec. %3D Ans. v = 6.10 in./sec, a 3.90 in./sec2 0 = 11.67°
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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
Transcribed Image Text:2/63 A particle which moves in two-dimensional motion
has coordinates given in inches by x = t- 4t + 20
and y = 3 sin 2t, where the time t is in seconds. De-
termine the magnitudes of the velocity v and the ac-
celeration a and the angle between these two
2/6
vectors at time t 3 sec.
Ans. v = 6.10 in./sec, a 3.90 in./sec2
0 = 11.67°
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