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(a) The Puck below is initially at rest but begins to slide down a ramp (angle...

(a) The Puck below is initially at rest but begins to slide down a ramp (angle 0) accelerating over distance x. If the coefficent of friction is measured as Mk=/0 (where Mk=/0). What is the acceleration of the puck going down the ramp?

(b) How fast (v) is it moving at the bottom of the ramp in terms of g, x,0 and Mk.

(c) If for the flat surface Mk=0, how fast fast is the puck moving when leaving the table?

(d)For a table y meters tall, how long (time=t) will the puck be airborne?

(e) How far (distance=d) from the leg of the table will the puck land?

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