Puck A (4kg) is traveling due East at 10m/s when it collides with Puck B (7kg),...

 

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Puck A (4kg) is traveling due East at 10m/s when it collides with Puck B (7kg), which is initially at rest. After a glancing collision, Puck A continues at 6m/s at an angle of 16 North of East. Puck B is not shown after the collision. Px Py kg m/s kg m/s Puck A (initial) 40 Puck B (initial) Puck A (final) 23.1 Puck B (final) 16.9 How fast did Puck B move after the collision? m/s What direction did Puck B move after the collision? South of East before after N W E Puck A (4kg) is traveling due East at 10m/s when it collides with Puck B (7kg), which is initially at rest. After a glancing collision, Puck A continues at 6m/s at an angle of 16 North of East. Puck B is not shown after the collision. Px Py kg m/s kg m/s Puck A (initial) 40 Puck B (initial) Puck A (final) 23.1 Puck B (final) 16.9 How fast did Puck B move after the collision? m/s What direction did Puck B move after the collision? South of East before after N W E

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When Puck A 4kg collides with Puck B 7kg conservation of momentum can be applied to determine the ... View the full answer