A 4.00000 kg block is a rest on a horizontal surface with s acts on the...

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A 4.00000 kg block is a rest on a horizontal surface with s acts on the block for 5.00000 s parallel to the surface. a. 0.25000 and k 0.15000. Att 0, an applied force of magnitude F (12.00000 N/s)t + 10.00000 N The distance traveled by the block over those 5.00000 seconds, in meters and to three decimal places, is b. The work done by the force of friction on the block for the last second that the applied force acts on the block, in Joules and to three decimal places, is C. The instantaneous power due to the force of gravity acting on the block at t = 3.00000 s, in W and to three decimal places, is d. The work done by the applied force on the block over those 5.00000 seconds, in Joules and to three decimal places, is e. The total distance traveled by the block until it comes to rest, in meters and to three decimal places, is A 4.00000 kg block is a rest on a horizontal surface with s acts on the block for 5.00000 s parallel to the surface. a. 0.25000 and k 0.15000. Att 0, an applied force of magnitude F (12.00000 N/s)t + 10.00000 N The distance traveled by the block over those 5.00000 seconds, in meters and to three decimal places, is b. The work done by the force of friction on the block for the last second that the applied force acts on the block, in Joules and to three decimal places, is C. The instantaneous power due to the force of gravity acting on the block at t = 3.00000 s, in W and to three decimal places, is d. The work done by the applied force on the block over those 5.00000 seconds, in Joules and to three decimal places, is e. The total distance traveled by the block until it comes to rest, in meters and to three decimal places, is