For the systems shown in figure; a) Determine the degree-of-freedom of the system. b) Draw the free-body-diagram and indicate the forces acting on the bodies c) Derive the equation of motion(s) of the system. d) Determine the natural frequency. Note: Pulleys, links and ropes are rigid and massless.
For the systems shown in figure; a) Determine the degree-of-freedom of the system. b) Draw the free-body-diagram and indicate the forces acting on the bodies c) Derive the equation of motion(s) of the system. d) Determine the natural frequency. Note: Pulleys, links and ropes are rigid and massless.
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![For the systems shown in figure;
a) Determine the degree-of-freedom of the system.
b) Draw the free-body-diagram and indicate the forces acting on the bodies
c) Derive the equation of motion(s) of the system.
d) Determine the natural frequency.
Note: Pulleys, links and ropes are rigid and massless.
5k
2r
m
x(t)
2k](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F153fa2f3-2c77-4b44-836b-510855f09d35%2Fa3e2e83b-b309-41f2-a4f9-c6cd62351a85%2Fv0uqixt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the systems shown in figure;
a) Determine the degree-of-freedom of the system.
b) Draw the free-body-diagram and indicate the forces acting on the bodies
c) Derive the equation of motion(s) of the system.
d) Determine the natural frequency.
Note: Pulleys, links and ropes are rigid and massless.
5k
2r
m
x(t)
2k
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