A soccer ball was kicked from the top of the building 37m height with a velocity of 47 m/s and 55° with the vertical. Air resistance neglected. Determine the following: a) The time of the soccer ball reach the maximum height from the roof. b) The maximum height reached by the soccer ball above the ground. c) the time of the soccer ball to hit the ground from its maximum height. d) The maximum range of the soccer ball from the building to the point where the ball hit the ground.
A soccer ball was kicked from the top of the building 37m height with a velocity of 47 m/s and 55° with the vertical. Air resistance neglected. Determine the following: a) The time of the soccer ball reach the maximum height from the roof. b) The maximum height reached by the soccer ball above the ground. c) the time of the soccer ball to hit the ground from its maximum height. d) The maximum range of the soccer ball from the building to the point where the ball hit the ground.
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter4: Two-and-three Dimensional Motion
Section4.5: Special Case Of Projectile Motion
Problem 4.4CE
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A soccer ball was kicked from the top of the building 37m height with a velocity of 47 m/s and 55° with the vertical. Air resistance neglected. Determine the following:
a) The time of the soccer ball reach the maximum height from the roof.
b) The maximum height reached by the soccer ball above the ground.
c) the time of the soccer ball to hit the ground from its maximum height.
d) The maximum range of the soccer ball from the building to the point where the ball hit the ground.
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