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The system shown in figure task 2c is displaced from its static equilibrium position to the right a distance of 0.01m. An impulsive force acts towards the left on the mass at the instant of its release to give it an initial velocity Vo in that direction. If the system has the following parameters K=15700N/m, c=1570N-sec/m, m=9.8kg

The system shown in figure task 2c is displaced from its static equilibrium position to the right a distance of 0.01m. An impulsive force acts towards the left on the mass at the instant of its release to give it an initial velocity Vo in that direction. If the system has the following parameters K=15700N/m, c=1570N-sec/m, m=9.8kg

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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(c) The system shown in figure task 2c is displaced from its static equilibrium position to the right a distance of 0.01m. An impulsive force acts towards the left on the mass at the instant of its release to give it an initial velocity Vo in that direction. If the system has the following parameters K=157OON/m, c=1570N-sec/m, m=9.8kg Figure: TASK 20 (a) Derive the expression for the displacement from the equilibrium position in terms of time t and initial velocity Vo (b) What value of Vo would be required to make the mass pass the position of the static equilibrium 1/100 sec after it is applied
Transcribed Image Text:(c) The system shown in figure task 2c is displaced from its static equilibrium position to the right a distance of 0.01m. An impulsive force acts towards the left on the mass at the instant of its release to give it an initial velocity Vo in that direction. If the system has the following parameters K=157OON/m, c=1570N-sec/m, m=9.8kg Figure: TASK 20 (a) Derive the expression for the displacement from the equilibrium position in terms of time t and initial velocity Vo (b) What value of Vo would be required to make the mass pass the position of the static equilibrium 1/100 sec after it is applied
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