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"A load of 8000N resulted in a static displacement of 0.2m in a composite structure. A harmonic force of amplitude 600 N is found to cause a resonant amplitude of 0.375 m. Find the hysteretisis damping constant of the structure (2 decimal places), the energy dissipated per cycle at resonance Joules/cycle (0 decimal places), the steady state amplitude at 0.4 X the resonant m (3 decimal places), and the steady state amplitude at 4 X the resonant m (4 decimal places). " frequency frequency

"A load of 8000N resulted in a static displacement of 0.2m in a composite structure. A harmonic force of amplitude 600 N is found to cause a resonant amplitude of 0.375 m. Find the hysteretisis damping constant of the structure (2 decimal places), the energy dissipated per cycle at resonance Joules/cycle (0 decimal places), the steady state amplitude at 0.4 X the resonant m (3 decimal places), and the steady state amplitude at 4 X the resonant m (4 decimal places). " frequency frequency

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
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QUESTION 1 "A load of 8000N resulted in a static displacement of 0.2m in a composite structure. A harmonic force of amplitude 600 N is found to cause a resonant amplitude of 0.375 m. Find the hysteretisis damping constant of the structure (2 decimal places), the energy dissipated per cycle at resonance frequency frequency Joules/cycle (0 decimal places), the steady state amplitude at 0.4 X the resonant m (3 decimal places), and the steady state amplitude at 4 X the resonant m (4 decimal places). "
Transcribed Image Text:QUESTION 1 "A load of 8000N resulted in a static displacement of 0.2m in a composite structure. A harmonic force of amplitude 600 N is found to cause a resonant amplitude of 0.375 m. Find the hysteretisis damping constant of the structure (2 decimal places), the energy dissipated per cycle at resonance frequency frequency Joules/cycle (0 decimal places), the steady state amplitude at 0.4 X the resonant m (3 decimal places), and the steady state amplitude at 4 X the resonant m (4 decimal places). "
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