Please help with this question. Show all work and please show all the steps. Thanks 1A 6.00-kg block moving at 8.00m/s is at the top of a track,position A, h=3.00 m above the base of the track, as shown inthe diagram.You must solve this problem entirely using energyconsiderations.(a) Find the total initial energy of the block (assume groundlevel = 0 potential energy).(b)The block slides from A down the frictionless track toposition B. Find the velocity of the block at B.(c) The block then moves over the level rough surface ofm, = 0.25. How far will the block travel before coming torest?8m/sAd do no on d e

Given m=6.00kg h=3.00m At A, u=8.00m/s a). The total energy of the body at point A is sum of its…

Answered: 1 A 6.00-kg block moving at 8.00m/s is…

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