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ks): A vehicle suspension, consisting of a spring and damper, has to carry a mass of 300 kg. It is idealized to the single degree of freedom system. If the damped period of vibration is 1.2 s and the ratio between the two amplitudes of vibration in two successive cycles is measures as 1/15, determine: 87 (a) The logarithmic decrement; (b) The damped ratio; (c) The damped frequency; ut M

ks): A vehicle suspension, consisting of a spring and damper, has to carry a mass of 300 kg. It is idealized to the single degree of freedom system. If the damped period of vibration is 1.2 s and the ratio between the two amplitudes of vibration in two successive cycles is measures as 1/15, determine: 87 (a) The logarithmic decrement; (b) The damped ratio; (c) The damped frequency; ut M

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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20 Q4: - ks): A vehicle suspension, consisting of a spring and damper, has to carry a mass of 300 kg. It is idealized to the single degree of freedom system. If the damped period of vibration is 1.2 s and the ratio between the two amplitudes of vibration in two successive cycles is measures as 1/15, determine: 니다 MP (a) The logarithmic decrement; (b) The damped ratio; (c) The damped frequency; (d) The undamped frequency; с (e) The critical damping coefficient; (f) The damping coefficient, and (g) The spring stiffness. 05:-/5 Marks): Answer as Required 10لا2 5.26. S /ne Esi vol E ber L 0 f
Transcribed Image Text:20 Q4: - ks): A vehicle suspension, consisting of a spring and damper, has to carry a mass of 300 kg. It is idealized to the single degree of freedom system. If the damped period of vibration is 1.2 s and the ratio between the two amplitudes of vibration in two successive cycles is measures as 1/15, determine: 니다 MP (a) The logarithmic decrement; (b) The damped ratio; (c) The damped frequency; (d) The undamped frequency; с (e) The critical damping coefficient; (f) The damping coefficient, and (g) The spring stiffness. 05:-/5 Marks): Answer as Required 10لا2 5.26. S /ne Esi vol E ber L 0 f
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