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Consider a rocket-powered hockey puck, and assume the rocket produces a constant acceleration when the rocket is on. Experiment shows that, when the puck starts from rest and the rocket is ignited such that the puck is propelled across a horizontal frictionless surface, it covers a distance of 0.56m in 1.0s. The puck is placed at the top of a frictionless ramp such that, when the rocket is ignited, the puck is propelled by the rocket down the ramp surface. The ramp has a vertical height of 3m and a horizontal length of 4m. Given that the acceleration of the rocket is +1.12 m/s^2 and the overall acceleration of the puck down the ramp surface is 7.0 m/s^2 There is a 15m drop from the bottom end of the ramp to the ground. Determine the impact location and the impact speed of the puck.

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