Need answer for last 2 sub division Answers forA= 14.14 m/sB = 1.44sC = 12.71 m/s 6. A skilled golfer hits a ball so that it just clears the topof a tree and onto an elevated green as shown. The treeis horizontally a distance, x = 18.3 m from the golfer andits height is 10.2 m.a) Determine the golf ball's initial y-velocity so that themaximum height it reaches is the same as the height ofthe tree.b) Determine the time it takes for the ball to climb to that maximum heightc) Using the time information in b, determine the golf ball's initial x-velocityd) Using your answer to a) and c), determine the magnitude and direction of the golf ball's initial velocity.e) If the golfer was to hit the ball over level ground so that it went as far as possible, at what angle would he want to hitthe ball? Explain.

d) From part, a and b, the ball’s initial velocity in the X and Y directions can be represented as,…

d) Using your answer to a) and c), determine the magnitude and direction of the golf ball's initial velocity. e) If the golfer was to hit the ball over level ground so that it went as far as possible, at what angle would he want to hit the ball? Explain.

d) Using your answer to a) and c), determine the magnitude and direction of the golf ball's initial velocity. e) If the golfer was to hit the ball over level ground so that it went as far as possible, at what angle would he want to hit the ball? Explain.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter3: Motion In Two Dimensions

Section: Chapter Questions

Problem 58AP: A football receiver running straight downfield at 5.50 m/s is 10.0 m in front of the quarterback...

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Question

Need answer for last 2 sub division Answers for A= 14.14 m/s B = 1.44s C = 12.71 m/s

6. A skilled golfer hits a ball so that it just clears the top
of a tree and onto an elevated green as shown. The tree
is horizontally a distance, x = 18.3 m from the golfer and
its height is 10.2 m.
a) Determine the golf ball's initial y-velocity so that the
maximum height it reaches is the same as the height of
the tree.
b) Determine the time it takes for the ball to climb to that maximum height
c) Using the time information in b, determine the golf ball's initial x-velocity
d) Using your answer to a) and c), determine the magnitude and direction of the golf ball's initial velocity.
e) If the golfer was to hit the ball over level ground so that it went as far as possible, at what angle would he want to hit
the ball? Explain.

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