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8. A control pedal of an aircraft can be modeled as the single - degree of freedom system of figure below. Consider the lever as a massledd shaft and the pedal as a lumped mass at the end of the shaft. Use the energy method to determine the equation of motion in and obtain the natural frequency of the system. Assume the spring to be unstretched at 0 = 0 and gravity points down. www 1/₂

8. A control pedal of an aircraft can be modeled as the single - degree of freedom system of figure below. Consider the lever as a massledd shaft and the pedal as a lumped mass at the end of the shaft. Use the energy method to determine the equation of motion in and obtain the natural frequency of the system. Assume the spring to be unstretched at 0 = 0 and gravity points down. www 1/₂

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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8. A control pedal of an aircraft can be modeled as the single - degree of freedom system of figure below. Consider the lever as a massledd shaft and the pedal as a lumped mass at the end of the shaft. Use the energy method to determine the equation of motion in and obtain the natural frequency of the system. Assume the spring to be unstretched at 0 = 0 and gravity points down. www 1/₂
Transcribed Image Text:8. A control pedal of an aircraft can be modeled as the single - degree of freedom system of figure below. Consider the lever as a massledd shaft and the pedal as a lumped mass at the end of the shaft. Use the energy method to determine the equation of motion in and obtain the natural frequency of the system. Assume the spring to be unstretched at 0 = 0 and gravity points down. www 1/₂
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