Question: Answer the questions in the picture below using all listed information 15. Ugh Kinetic Elastic 200 ZE 2 kg 1 m 2 kg 0.5 A

Answer the questions in the picture below using all listed information

15. Ugh Kinetic Elastic 200 ZE 2 kg 1 m 2 kg

15. Ugh Kinetic Elastic 200 ZE 2 kg 1 m 2 kg 0.5 A 2 kg mass is pushed 0.5 m into a spring with spring constant 200 N/m on a frictionless horizontal surface. Upon release, the mass travels across the surface until it encounters a rough incline. The mass moves up the incline and stops at a height of 1 m above the horizontal surface. (1 point) (a) How much work must be done to compress the spring initially? (b) Find the speed of the mass at the base of the incline. (2 points) () How much work was done by friction on the incline? (2 points)

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a To find the work done to compress the spring initially we can use the formula for elastic potentia... View full answer

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