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3. The figure below is a snapshot looking down on a bowling ball moving at constant velocity from left to right on a smooth, level floor. At the position shown, the ball is given a short, sharp hit in a direction perpendicular to the ball's initial motion. initial velocity direction of hit a. On the diagram, draw a path that the ball might follow after the hit. Explain your reasoning for the path you drew. b. Immediately after the hit, will the speed of the ball be equal to, greater than, or smaller than the ball's velocity before the hit? Explain your reasoning. c. How will the velocity of the ball behave as time goes by after the blow? That is, will either the magnitude or the direction of the velocity change? If so, how?

3. The figure below is a snapshot looking down on a bowling ball moving at constant velocity from left to right on a smooth, level floor. At the position shown, the ball is given a short, sharp hit in a direction perpendicular to the ball's initial motion. initial velocity direction of hit a. On the diagram, draw a path that the ball might follow after the hit. Explain your reasoning for the path you drew. b. Immediately after the hit, will the speed of the ball be equal to, greater than, or smaller than the ball's velocity before the hit? Explain your reasoning. c. How will the velocity of the ball behave as time goes by after the blow? That is, will either the magnitude or the direction of the velocity change? If so, how?

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Q Search 3. The figure below is a snapshot looking down on a bowling ball moving at constant velocity from left to right on a smooth, level floor. At the position shown, the ball is given a short, sharp hit in a direction perpendicular to the ball's initial motion. initial velocity direction of hit a. On the diagram, draw a path that the ball might follow after the hit. Explain your reasoning for the path you drew. b. Immediately after the hit, will the speed of the ball be equal to, greater than, or smaller than the ball's velocity before the hit? Explain your reasoning. c. How will the velocity of the ball behave as time goes by after the blow? That is, will either the magnitude or the direction of the velocity change? If so, how?
Transcribed Image Text:Q Search 3. The figure below is a snapshot looking down on a bowling ball moving at constant velocity from left to right on a smooth, level floor. At the position shown, the ball is given a short, sharp hit in a direction perpendicular to the ball's initial motion. initial velocity direction of hit a. On the diagram, draw a path that the ball might follow after the hit. Explain your reasoning for the path you drew. b. Immediately after the hit, will the speed of the ball be equal to, greater than, or smaller than the ball's velocity before the hit? Explain your reasoning. c. How will the velocity of the ball behave as time goes by after the blow? That is, will either the magnitude or the direction of the velocity change? If so, how?
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