4. A girl rolls a ball up an incline plane and allows it to return to her. For the angle θand the ball involved, the acceleration of the ball along the inclined plane is constant at 0.25 g, directed down the plane. If the ball is released with a speed of 4m/s. a. Find the distance S it moves up the incline plane before reversing its direction. b. Find the time the ball reaches a distance S up the inclined plane. c. Find the time required for the ball to return to the childs hand. A girl rolls a ball up an incline plane and allows it to return to her. For the angle 0and the ball involved, the acceleration of the ball along the inclined plane isconstant at 0.25 g, directed down the plane. If the ball is released with a speed of4m/s.Sa. Find the distance S it moves up the incline plane before reversing itsdirection.b. Find the time the ball reaches a distance S up the inclined plane.c. Find the time required for the ball to return to the child's hand.

The distance traveled by a particle s in time t with acceleration a and starting with an initial…

a. Find the distance S it moves up the incline plane before reversing its direction. b. Find the time the ball reaches a distance S up the inclined plane. c. Find the time required for the ball to return to the child's hand.

a. Find the distance S it moves up the incline plane before reversing its direction. b. Find the time the ball reaches a distance S up the inclined plane. c. Find the time required for the ball to return to the child's hand.

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Question

4. A girl rolls a ball up an incline plane and allows it to return to her. For the angle θ and the ball involved, the acceleration of the ball along the inclined plane is constant at 0.25 g, directed down the plane. If the ball is released with a speed of 4m/s. a. Find the distance S it moves up the incline plane before reversing its direction. b. Find the time the ball reaches a distance S up the inclined plane. c. Find the time required for the ball to return to the childs hand.