## Question

###### A block with mass m = 16.3 kg is moving along horizontal plane at constant velocity. The block then starts moving Up the incline (0 23.59) with an initial velocity of V1 = 12.23 m/s, at that moment; force F (30 _ 2.lt) N (where is in seconds) is applied to the block The force acts in the direction of motion parallel to the incline. as represented in the image. The coefficient of friction between the block and the incline is ut = 0.37. Determine the time necessary for the block t0 attain velocily

A block with mass m = 16.3 kg is moving along horizontal plane at constant velocity. The block then starts moving Up the incline (0 23.59) with an initial velocity of V1 = 12.23 m/s, at that moment; force F (30 _ 2.lt) N (where is in seconds) is applied to the block The force acts in the direction of motion parallel to the incline. as represented in the image. The coefficient of friction between the block and the incline is ut = 0.37. Determine the time necessary for the block t0 attain velocily of zero 0 m/s) aller slarts moving Up the incline Solve the problem using the theory corresponding "Chapter 15: Kinetics of particle: Impulse and momentum

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