Two blocks of masses mA=10 kg and mB=15 kg initially moving in the same direction with velocities of uA=3 m/s and uB=6 m/s collide elastically. What is the velocity of the block of mass 10 kg after the collision?

Two blocks of masses mA=10 kg and mB=15 kg initially moving in the sam

1.	Two blocks of masses mA=10 kg and mB=15 kg initially moving in the same direction with velocities of uA=3 m/s and uB=6 m/s collide elastically. What is the velocity of the block of mass 10 kg after the collision?
Answer» Two blocks of masses $m_{A} = 10 kg$ and $m_{B} = 15 kg$ initially moving in the same direction with velocities of $u_{A} = 3 m/s$ and $u_{B} = 6 m/s$ collide elastically. What is the velocity of the block of mass $10 kg$ after the collision?

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Two blocks of masses mA=10 kg and mB=15 kg initially moving in the same direction with velocities of uA=3 m/s and uB=6 m/s collide elastically. What is the velocity of the block of mass 10 kg after the collision?

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