In system A, momentum changes at twice the rate of the momentum system B. Which statement is correct about systems A and B?(1 point)

The impulse of the collision in system A is half the impulse of the collision in system B.
The force of the collision in system A is twice the force of the collision in system B.
The force of the collision in system A is half the force of the collision in system B.
The impulse of the collision in system A is twice the impulse of the collision in system B.

Respuesta :

Answer:

The impulse of the collision in system A is twice the impulse of the collision in system B. (Last choice)

Explanation:

I just took the quick check and got it wrong for putting what the other person put, which I should've gone with my first choice. The answer above is correct. I really hope this helps!

The correct statement about systems A and B is ; ( D ) The impulse of the collision in system A is twice the impulse of the collision in system B

Momentum is a product of the mass and velocity of particles in motion while impulse is the rate of change of the momentum of particles/objects when a force acts on the object.

The momentum of a particle is proportional to its impulse therefore as momentum in system A changes at twice the rate of change of the momentum in system B the impulse of the collision in system A is also twice the impulse of the collision in system B

Hence we can conclude that The correct statement about systems A and B is The impulse of the collision in system A is twice the impulse of the collision in system B

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