The ball is dropped vertically onto 250 incline plane at point A, the direction of rebound forms an angle of 500 with the vertical. Knowing that the ball next strikes the inclined at point B. a. Determine the velocity of rebound at point A. b. Determine the maximum height and the horizontal distance (range) that the ball has attained after it rebounds at point A. c. Determine the time required for the ball to travel from point A to B. d. Determine the velocity of the ball after it strikes at point B.
The ball is dropped vertically onto 250 incline plane at point A, the direction of rebound forms an angle of 500 with the vertical. Knowing that the ball next strikes the inclined at point B. a. Determine the velocity of rebound at point A. b. Determine the maximum height and the horizontal distance (range) that the ball has attained after it rebounds at point A. c. Determine the time required for the ball to travel from point A to B. d. Determine the velocity of the ball after it strikes at point B.
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The ball is dropped vertically onto 250 incline plane at point A, the direction of rebound forms an angle of
500 with the vertical. Knowing that the ball next strikes the inclined at point B.
a. Determine the velocity of rebound at point A.
b. Determine the maximum height and the horizontal distance (range) that the ball has attained after it
rebounds at point A.
c. Determine the time required for the ball to travel from point A to B.
d. Determine the velocity of the ball after it strikes at point B.
Transcribed Image Text:Given Figure:
4m
B
Inclined plane
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