5) A 300.0 g hockey puck is sliding along the ice at 17 m/s due east...

 

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5) A 300.0 g hockey puck is sliding along the ice at 17 m/s due east when it hits a 1.4 kg water bottle sitting there at rest. The puck ends up going 5.2 m/s, 40.0 S of E after the collision. Calculate the velocity of the water bottle after the collision. 5) A 300.0 g hockey puck is sliding along the ice at 17 m/s due east when it hits a 1.4 kg water bottle sitting there at rest. The puck ends up going 5.2 m/s, 40.0 S of E after the collision. Calculate the velocity of the water bottle after the collision.

Answer rating: 100% (QA)

To solve this problem we can use the principles of conservation of momentum The total momentum befor... View the full answer