10. Assume that a baseball and a bowling ball have the same kinetic energy. A bowling...

 

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10. Assume that a baseball and a bowling ball have the same kinetic energy. A bowling ball is approximately 45 times more massive than a baseball. Predict which would have the greater momentum. State/show your reasoning. (4A) 11. Two hockey pucks of equal mass (168 g) undergo a glancing collision. Puck 1 is initially at rest and is struck by puck 2 travelling at a velocity of 13.0 m/s [E]. Puck 1 travels at an angle of [E 18 N] after the collision, while puck 2 travels at an angle of [E 4 S]. Determine the final velocity of each puck. (6T) 10. Assume that a baseball and a bowling ball have the same kinetic energy. A bowling ball is approximately 45 times more massive than a baseball. Predict which would have the greater momentum. State/show your reasoning. (4A) 11. Two hockey pucks of equal mass (168 g) undergo a glancing collision. Puck 1 is initially at rest and is struck by puck 2 travelling at a velocity of 13.0 m/s [E]. Puck 1 travels at an angle of [E 18 N] after the collision, while puck 2 travels at an angle of [E 4 S]. Determine the final velocity of each puck. (6T)

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10 Momentum of Baseball and Bowling Ball Reasoning Momentum p is defined as the product of mass m and velocity vp mv Given the same kinetic energy KE ... View the full answer