- #1
omin
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When object A and object B collide, where A is moving and B is stationary and where B seems to compress:
Does B expand in response because a pre-existing internal force exists in B and exerts an equal and opposite reaction, or
Is the entity motion transferred from A to B redirected back at A from B the equal and opposite force in return?
If A and B were the exact mass and had a collinear collision and both went in equal and opposite directions, is this proof of internal forces that change the direction or a transfer of the entity motion?
If A causes B to accelerate after the collision, is:
1. the force of B exactly the same as before
2. the force of B the same as before, but more force because of the new velocity, or
3. the same force as before, but the new velocity is a new shape of the same medium in which the same value of force is expressed?
I'll take any response.
Does B expand in response because a pre-existing internal force exists in B and exerts an equal and opposite reaction, or
Is the entity motion transferred from A to B redirected back at A from B the equal and opposite force in return?
If A and B were the exact mass and had a collinear collision and both went in equal and opposite directions, is this proof of internal forces that change the direction or a transfer of the entity motion?
If A causes B to accelerate after the collision, is:
1. the force of B exactly the same as before
2. the force of B the same as before, but more force because of the new velocity, or
3. the same force as before, but the new velocity is a new shape of the same medium in which the same value of force is expressed?
I'll take any response.
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