In the figure below, a mass-free shock absorber with a hardness of k is attached to the wagon. Other wagons collide with the velocity v and stick. It is desirable to determine the natural frequencies, the shape of the modes and the response of the resulting system. 2 k 2k m www m
In the figure below, a mass-free shock absorber with a hardness of k is attached to the wagon. Other wagons collide with the velocity v and stick. It is desirable to determine the natural frequencies, the shape of the modes and the response of the resulting system. 2 k 2k m www m
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![In the figure below, a mass-free shock absorber with a hardness of k is attached
to the wagon. Other wagons collide with the velocity v and stick. It is desirable
to determine the natural frequencies, the shape of the modes and the response
of the resulting system.
2
3
k
2k
m
m
m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F500a5f71-6f3e-40bf-bdfe-c2a792aa16c7%2Fbc8eee71-1874-4fd9-8894-e879edcc6646%2Fpgzou5w_processed.png&w=3840&q=75)
Transcribed Image Text:In the figure below, a mass-free shock absorber with a hardness of k is attached
to the wagon. Other wagons collide with the velocity v and stick. It is desirable
to determine the natural frequencies, the shape of the modes and the response
of the resulting system.
2
3
k
2k
m
m
m
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