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Problem 3) Point A on the rope had a constant downward velocity V, as shown in the figure, and the extension of the spring is 0.1 m. Find the velocity of point B on the lowest pulley. Point A, then, gets a downward acceleration of 3 m/s². Find the extension of the spring in this case Take ks = 200 N/m, V = 2 m/s

Problem 3) Point A on the rope had a constant downward velocity V, as shown in the figure, and the extension of the spring is 0.1 m. Find the velocity of point B on the lowest pulley. Point A, then, gets a downward acceleration of 3 m/s². Find the extension of the spring in this case Take ks = 200 N/m, V = 2 m/s

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Problem 3) Point A on the rope had a constant downward velocity V, as shown in the figure, and the extension of the spring is 0.1 m. Find the velocity of point B on the lowest pulley. Point A, then, gets a downward acceleration of 3 m/s². Find the extension of the spring in this case Take ks = 200 N/m, W 2 m/s = A W
Transcribed Image Text:Problem 3) Point A on the rope had a constant downward velocity V, as shown in the figure, and the extension of the spring is 0.1 m. Find the velocity of point B on the lowest pulley. Point A, then, gets a downward acceleration of 3 m/s². Find the extension of the spring in this case Take ks = 200 N/m, W 2 m/s = A W
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