For the below system: I) Show the free body diagram, then derive the equation of motion in the form of m+c+k=0, and then the natural frequency (@). II) Calculate the natural frequency, damping ratio, and damped natural frequency (@ and @) if m=2.50kg, k=480N/m and c=60NS'm. x(1) Cylinder, mass m. k R Pure rolling
For the below system: I) Show the free body diagram, then derive the equation of motion in the form of m+c+k=0, and then the natural frequency (@). II) Calculate the natural frequency, damping ratio, and damped natural frequency (@ and @) if m=2.50kg, k=480N/m and c=60NS'm. x(1) Cylinder, mass m. k R Pure rolling
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Transcribed Image Text:For the below system:
I) Show the free body diagram, then derive the equation of motion in the
form of mxtci+kx=0, and then the natural frequency (@).
I) Calculate the natural frequency, damping ratio, and damped natural
frequency (o, ( and o,) if m=2.50kg, k-480N/m and c=60NS/m.
x(1)
Cylinder, mass m.
k
R
Pure rolling
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