In the equilibrium position, the 30 kg cylinder causes a static deflection of 50 mm in the coiled spring. If the cylinder is depressed an additional 25 mm and released from rest.a. Calculate the resulting natural frequency ?? of vertical vibration of the cylinder in cycles per second (Hz).b. Determine the vertical displacement x, measured positive down in millimeters from the equilibrium position, in terms of the time t in seconds measured from the instant of release from the position of 25 mm added deflection. Quiz 1In the equilibrium position, the 30 kg cylinder causes a static deflection of 50 mm in the coiled spring. Ifthe cylinder is depressed an additional 25 mm and released from rest.a. Calculate the resulting natural frequency fn of vertical vibration of the cylinder in cycles per second(Hz).b. Determine the vertical displacement x, measured positive down in millimeters from the equilibriumposition, in terms of the time t in seconds measured from the instant of release from the position of 25mm added deflection.30 kg

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Answered: the equilibrium position, the 30 kg…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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In the equilibrium position, the 30 kg cylinder causes a static deflection of 50 mm in the coiled spring. If the cylinder is depressed an additional 25 mm and released from rest. a. Calculate the resulting natural frequency ?? of vertical vibration of the cylinder in cycles per second (Hz). b. Determine the vertical displacement x, measured positive down in millimeters from the equilibrium position, in terms of the time t in seconds measured from the instant of release from the position of 25 mm added deflection.

Quiz 1
In the equilibrium position, the 30 kg cylinder causes a static deflection of 50 mm in the coiled spring. If
the cylinder is depressed an additional 25 mm and released from rest.
a. Calculate the resulting natural frequency fn of vertical vibration of the cylinder in cycles per second
(Hz).
b. Determine the vertical displacement x, measured positive down in millimeters from the equilibrium
position, in terms of the time t in seconds measured from the instant of release from the position of 25
mm added deflection.
30 kg

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