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Question 17 of 32 A boy is trying to roll a bowling ball up a hill, as shown in the image below. If friction is ignored, what is the minimum initial velocity that the ball must have for it to reach the top of the hill? (Recall that g = 9.8 m/s²) 22.5 m A. 28 m/s t

Question 17 of 32 A boy is trying to roll a bowling ball up a hill, as shown in the image below. If friction is ignored, what is the minimum initial velocity that the ball must have for it to reach the top of the hill? (Recall that g = 9.8 m/s²) 22.5 m A. 28 m/s t

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Google Docs Pretest: Unit 5 Question 17 of 32 A boy is trying to roll a bowling ball up a hill, as shown in the image below. If friction is ignored, what is the minimum initial velocity that the ball must have for it to reach the top of the hill? (Recall that g = 9.8 m/s²) 22.5 m A. 28 m/s PREVIOUS
Transcribed Image Text:Google Docs Pretest: Unit 5 Question 17 of 32 A boy is trying to roll a bowling ball up a hill, as shown in the image below. If friction is ignored, what is the minimum initial velocity that the ball must have for it to reach the top of the hill? (Recall that g = 9.8 m/s²) 22.5 m A. 28 m/s PREVIOUS
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