The diagram represents a time-lapse video of a person throwing a basketball into the air. A camera was used to record the video at five frames per second. The first frame was taken the moment the basketball left the person's hands. Assuming that the flight of the basketball was symmetrical, how long did it take the basketball to hit the ground after it was thrown and what was the maximum height it reached?
The diagram represents a time-lapse video of a person throwing a basketball into the air. A camera was used to record the video at five frames per second. The first frame was taken the moment the basketball left the person's hands. Assuming that the flight of the basketball was symmetrical, how long did it take the basketball to hit the ground after it was thrown and what was the maximum height it reached?
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Transcribed Image Text:The diagram represents a time-lapse video of a person throwing a basketball into the
air. A camera was used to record the video at five frames per second. The first frame
was taken the moment the basketball left the person's hands.
Assuming that the flight of the basketball was symmetrical, how long did it take the
basketball to hit the ground after it was thrown and what was the maximum height it
reached?
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