Conservation of momentum prediction We’re going to have another elastic collision with cart 2 initially stationary, but now cart 1 will be four times as massive as cart 2. If cart 1 approaches with a velocity of v1i, what will be v1f, the velocity of cart 1 after the collision? What will be v2f, the velocity of cart 2 after the collision? Again, use either conservation rules or the CM-frame to solve for values of v1f and v2f in terms of v1i. Give the prediction based on terms of V1i?
Conservation of momentum prediction We’re going to have another elastic collision with cart 2 initially stationary, but now cart 1 will be four times as massive as cart 2. If cart 1 approaches with a velocity of v1i, what will be v1f, the velocity of cart 1 after the collision? What will be v2f, the velocity of cart 2 after the collision? Again, use either conservation rules or the CM-frame to solve for values of v1f and v2f in terms of v1i. Give the prediction based on terms of V1i?
College Physics
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Author:Raymond A. Serway, Chris Vuille
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Conservation of momentum prediction
We’re going to have another elastic collision with cart 2 initially stationary, but now cart 1 will be four times as massive as cart 2. If cart 1 approaches with a velocity of v1i, what will be v1f, the velocity of cart 1 after the collision? What will be v2f, the velocity of cart 2 after the collision? Again, use either conservation rules or the CM-frame to solve for values of v1f and v2f in terms of v1i.
Give the prediction based on terms of V1i?
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