A sphere with a mass 'm' that is solid rolls up an incline that has angle theta with an initial speed of Vo in the shown position. The rough surface has static friction μ that prevents the sphere from slipping as it rolls up this incline.
Part A: Calculate the maximum distance "D" that the sphere can go up this incline using newton's laws
Part B: Calculate the maximum distance "D" that the sphere can go up this incline using energy methods
Part C: Prove that these two methods of calculating "D" are the same
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