Marcus is typically able to hit a baseball hard enough to land 130 meters away when struck at a 45 degree angle. The baseball is 0.8 meters above homeplate when Marcus hits it. Please refer to the figure in the instructions for a visual of this situation. How far would Marcus be able to hit a baseball on the moon assuming he hits the ball at the same speed, angle, and from the same height? The moon has a free fall acceleration equal to one sixth that of earth Give your answer in meters but please do not include units in your answer.
Marcus is typically able to hit a baseball hard enough to land 130 meters away when struck at a 45 degree angle. The baseball is 0.8 meters above homeplate when Marcus hits it. Please refer to the figure in the instructions for a visual of this situation. How far would Marcus be able to hit a baseball on the moon assuming he hits the ball at the same speed, angle, and from the same height? The moon has a free fall acceleration equal to one sixth that of earth Give your answer in meters but please do not include units in your answer.
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Transcribed Image Text:QUESTION 3
Marcus is typically able to hit a baseball hard enough to land 130 meters away when struck at a 45 degree angle.
The baseball is 0.8 meters above homeplate when Marcus hits it. Please refer to the figure in the instructions for a
visual of this situation. How far would Marcus be able to hit a baseball on the moon assuming he hits the ball at the
same speed, angle, and from the same height? The moon has a free fall acceleration equal to one sixth that of earth.
Give your answer in meters but please do not include units in your answer.
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