Cylinder A with 5 kg moves with a speed of 6 m/s towards the 20 kg B cylinder, which is connected to a stiffness spring equal to 2 N/mm. If the collision has a refund coefficient equal to 0.8, what will be the maximum spring deformation? Despise friction along the bar and spring mass. K A B

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Cylinder A with 5 kg moves with a speed of 6 m/s towards the 20 kg B cylinder, which is
connected to a stiffness spring equal to 2 N/mm. If the collision has a refund coefficient
equal to 0.8, what will be the maximum spring deformation? Despise friction along the bar
and spring mass.
K
A
B
Transcribed Image Text:Cylinder A with 5 kg moves with a speed of 6 m/s towards the 20 kg B cylinder, which is connected to a stiffness spring equal to 2 N/mm. If the collision has a refund coefficient equal to 0.8, what will be the maximum spring deformation? Despise friction along the bar and spring mass. K A B
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