Mithali Raj, using a non-standard carbon-reinforced bat, hits a cricket ball with enough force to achieve a maximum distance of 135.0 m. If instead of going for maximum distance, the cricket player hits the ball with the same force, but instead reaches a distance of 108.5 m, calculate the maximum time the ball would be in the air to achieve this new distance goal.
Mithali Raj, using a non-standard carbon-reinforced bat, hits a cricket ball with enough force to achieve a maximum distance of 135.0 m. If instead of going for maximum distance, the cricket player hits the ball with the same force, but instead reaches a distance of 108.5 m, calculate the maximum time the ball would be in the air to achieve this new distance goal.
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![Mithali Raj, using a non-standard carbon-reinforced bat, hits a cricket ball with
enough force to achieve a maximum distance of 135.0 m. If instead of going for
maximum distance, the cricket player hits the ball with the same force, but instead
reaches a distance of 108.5 m, calculate the maximum time the ball would be in the
air to achieve this new distance goal.
IND
opp
ne](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa8f0b28c-e98f-4fa3-b8ff-9f7807fe142a%2F5d99e427-3d8a-46dc-a666-ee4b075a04f2%2Fz6vcjyr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Mithali Raj, using a non-standard carbon-reinforced bat, hits a cricket ball with
enough force to achieve a maximum distance of 135.0 m. If instead of going for
maximum distance, the cricket player hits the ball with the same force, but instead
reaches a distance of 108.5 m, calculate the maximum time the ball would be in the
air to achieve this new distance goal.
IND
opp
ne
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