3. A steel frame of mass N is tightened by a tension cable of length 2L as shown below. A mass m is supported by two springs, each of stiffness k. Determine the equation of motion of the system. Determine also the frequency equation and their natural frequencies. Assume the tension in the cable as T and considered constant for small angle of oscillation. k N
3. A steel frame of mass N is tightened by a tension cable of length 2L as shown below. A mass m is supported by two springs, each of stiffness k. Determine the equation of motion of the system. Determine also the frequency equation and their natural frequencies. Assume the tension in the cable as T and considered constant for small angle of oscillation. k N
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Transcribed Image Text:3. A steel frame of mass N is tightened by a tension cable of length 2L as shown below.
A mass m is supported by two springs, each of stiffness k. Determine the equation of
motion of the system. Determine also the frequency equation and their natural
frequencies. Assume the tension in the cable as T and considered constant for small
angle of oscillation.
k
L
m
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