ft and launch angle of 35 degrees. When the Ken Griffey Jr hits a line drive with an exit speed of 130 baseball is directly overhead Ichiro, he begins to run under it. Hint: 1. The point at which the ball is directly overhead of Ichiro isn't necessarily at the peak of the ball's flight. 2. Ichiro catches the baseball at the same height at which the ball is hit. Values for the figure are given in the following table. Note the figure may not be to scale. Variable Value di 400 ft 35 degrees a. Determine the time t it takes for the baseball to reach its peak height. b. Determine the total time t of the baseball's flight, i.e. time from when it is hit to being caught. c. Determine the distance d, that Ichiro must run to catch the baseball.

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ft
and launch angle of 35 degrees. When the
Ken Griffey Jr hits a line drive with an exit speed of 130
baseball is directly overhead Ichiro, he begins to run under it.
Hint:
1. The point at which the ball is directly overhead of Ichiro isn't necessarily at the peak of the ball's
flight.
2. Ichiro catches the baseball at the same height at which the ball is hit.
Values for the figure are given in the following table. Note the figure may not be to scale.
Variable
Value
di
400 ft
35 degrees
a. Determine the time t it takes for the baseball to reach its peak height.
b. Determine the total time t of the baseball's flight, i.e. time from when it is hit to being caught.
c. Determine the distance d2 that Ichiro must run to catch the baseball.
d. Determine the speed at which Ichiro must run to catch the baseball.
Transcribed Image Text:ft and launch angle of 35 degrees. When the Ken Griffey Jr hits a line drive with an exit speed of 130 baseball is directly overhead Ichiro, he begins to run under it. Hint: 1. The point at which the ball is directly overhead of Ichiro isn't necessarily at the peak of the ball's flight. 2. Ichiro catches the baseball at the same height at which the ball is hit. Values for the figure are given in the following table. Note the figure may not be to scale. Variable Value di 400 ft 35 degrees a. Determine the time t it takes for the baseball to reach its peak height. b. Determine the total time t of the baseball's flight, i.e. time from when it is hit to being caught. c. Determine the distance d2 that Ichiro must run to catch the baseball. d. Determine the speed at which Ichiro must run to catch the baseball.
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