the pri 1.1 k500 N/m por m/s у k. 500 Smootto surface Figure B Figure Question 4 (Figure C). In Figure C above, the bloc

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the pri 1.1 k500 N/m por m/s у k. 500 Smootto surface Figure B Figure Question 4 (Figure C). In Figure C above, the block of mass 2 kg is dropped on a spring with spring constant 500 N/m. The undeformed length of the spring is 1.1 m. The initial height of the block is 5 m. If the block remains attached with the spring, determine the maximum compression (A) of the spring.
m 2 kg sm Inim .m V m/s ma 5 kg k = 500 N/m k500 N/m A Smoothe surface Figure B Figure Question 4 (Figure C). In Figure C above, the block of mass 2 kg is dropped on a spring with spring constant 500 N/m. The undeformed length of the spring is 1.1 m. The initial height of the block is 5 m. If the block remains attached with the spring, determine the maximum compression (A) of the spring. ++++