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Problem 4: Consider the curved bar below. In the initial state, the spring is under a compression of 50mm and has a spring constant of 20kN/m. Determine the maximum mass that can be pushed up to point B and determine the velocity at point A (right as the mass leaves the spring). Show all work. a-0.6m and b 0.9m в m A

Problem 4: Consider the curved bar below. In the initial state, the spring is under a compression of 50mm and has a spring constant of 20kN/m. Determine the maximum mass that can be pushed up to point B and determine the velocity at point A (right as the mass leaves the spring). Show all work. a-0.6m and b 0.9m в m A

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Problem 4: Consider the curved bar below. In the initial state, the spring is under a compression of 50mm and has a spring constant of 20kN/m. Determine the maximum mass that can be pushed up to point B and determine the velocity at point A (right as the mass leaves the spring). Show all work. a = 0.6m and b= 0.9m в m
Transcribed Image Text:Problem 4: Consider the curved bar below. In the initial state, the spring is under a compression of 50mm and has a spring constant of 20kN/m. Determine the maximum mass that can be pushed up to point B and determine the velocity at point A (right as the mass leaves the spring). Show all work. a = 0.6m and b= 0.9m в m
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