Solving Force & Momentum in Collision of 3.0kg & 4.0kg Masses

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The discussion focuses on solving a physics problem involving the collision of a 3.0kg mass and a 4.0kg mass. The initial conditions include the 3.0kg mass moving at 4.0 m/s at 135 degrees and the 4.0kg mass moving at 2.0 m/s at 315 degrees. Key calculations required include determining the final velocity of the 4.0kg mass, the acceleration of the 3.0kg mass, and the forces acting on each mass during the 0.20s collision. The equations of motion and momentum conservation principles are essential for solving these problems.

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hey, just need help on this question. i know the answer but i need all the working out as i have a test tomorrow and don't understand how and when to use the equations of motion and change in momentum etc.

A 3.0kg mass moving at 4.0ms at 135degress collides with a 4.0kg mass moving at 2.0ms at 315 degrees. The collision occurs over 0.20s and the 3.0kg mass is measured to be moving off at 1.0ms at 135 degrees. Find:

a) the final velocity of the 4.0kg mass
b) the acceleration of the 3.0kg mass
c) The force acting on each mass.

Thanks a lot people!
 
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