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A 2 kg collar which can slide on a frictionless vertical rod is acted upon by a force P which varies in magnitude as shown. Knowing that the collar is initially at rest, determine: (a) the velocity of the collar at t = 2 s, and t = 3s, (b) the maximum velocity of the collar, (c) the time when the velocity is zero.

A 2 kg collar which can slide on a frictionless vertical rod is acted upon by a force P which varies in magnitude as shown. Knowing that the collar is initially at rest, determine: (a) the velocity of the collar at t = 2 s, and t = 3s, (b) the maximum velocity of the collar, (c) the time when the velocity is zero.

Elements Of Electromagnetics
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 2 kg collar which can slide on a frictionless vertical rod is acted upon by a force P which varies in magnitude as shown. Knowing that the collar is initially at rest, determine: (a) the velocity of the collar at t = 2 s, and t = 3s, (b) the maximum velocity of the collar, (c) the time when the velocity is zero.

A 2 kg collar which can slide on a frictionless vertical rod is acted upon by a force P which varies in magnitude as shown. Knowing that the collar is initially at rest, determine: (a) the velocity of the collar at t=2 s, and t = 3s, (b) the maximum velocity of the collar, (c) the time when the velocity is zero. P (N) 40 2 kg 1 2 3 t (s)
Transcribed Image Text:A 2 kg collar which can slide on a frictionless vertical rod is acted upon by a force P which varies in magnitude as shown. Knowing that the collar is initially at rest, determine: (a) the velocity of the collar at t=2 s, and t = 3s, (b) the maximum velocity of the collar, (c) the time when the velocity is zero. P (N) 40 2 kg 1 2 3 t (s)
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