Two freight trains have a completely inelastic collision at a track crossing. Engine 1 hasa mass of 1.25x104kg and is initially travelling at 54.0km/h [N]. Engine 2 has a mass of1.45 x104kg and is initially travelling at 63.0km/h [E]. Calculate the final velocityof the trains.
Two freight trains have a completely inelastic collision at a track crossing. Engine 1 hasa mass of 1.25x104kg and is initially travelling at 54.0km/h [N]. Engine 2 has a mass of1.45 x104kg and is initially travelling at 63.0km/h [E]. Calculate the final velocityof the trains.
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Two freight trains have a completely inelastic collision at a track crossing. Engine 1 hasa mass of 1.25x104kg and is initially travelling at 54.0km/h [N]. Engine 2 has a mass of1.45 x104kg and is initially travelling at 63.0km/h [E]. Calculate the final velocityof the trains.
![Momentum:
1) Two freight trains have a completely inelastic collision at a track crossing. Engine 1 has a mass of 1.25 x
10ʻkg and is initially travelling at 54.0 km/h [N]. Engine 2 has a mass of 1.45 x 10ʻkg and is initially
travelling at 63.0 km/h [E]. Calculate the final velocity of the trains.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F77201346-fc2c-4dea-9d07-8b1049485693%2F2967b445-ec04-4765-b955-c2e18fb7fbf9%2Fjm5abku_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Momentum:
1) Two freight trains have a completely inelastic collision at a track crossing. Engine 1 has a mass of 1.25 x
10ʻkg and is initially travelling at 54.0 km/h [N]. Engine 2 has a mass of 1.45 x 10ʻkg and is initially
travelling at 63.0 km/h [E]. Calculate the final velocity of the trains.
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