1. At t=0, a car with an initial velocity of 80 ft/s begins to coast to...

  

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1. At t=0, a car with an initial velocity of 80 ft/s begins to coast to a stop as it proceeds up a hill. It comes to a stop in a distance of 500 ft and then starts to accelerate down the slope. Determine the displacement of the car at t=16s. The magnitude of acceleration up the hill is equal to the magnitude of acceleration down the hill. 1. At t=0, a car with an initial velocity of 80 ft/s begins to coast to a stop as it proceeds up a hill. It comes to a stop in a distance of 500 ft and then starts to accelerate down the slope. Determine the displacement of the car at t=16s. The magnitude of acceleration up the hill is equal to the magnitude of acceleration down the hill.

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Motion up the hill V 6 2a pd 3 oftle 8 aup 80s ... View the full answer