The Law of conservation of momentum states that the total momentum of the system remains constant. Collisions are the closed system, such that:
- Object A and Object B are both in motion when they collide with each other. They then continue in a new direction unaffected by any other forces. This is a closed system, and the momentum is conserved. This means that the sum of the momentums of A and B before the crash is equal to the sum of the momentums of A and B after the crash.
Collisions are closed systems, in which net forces add up to zero. The momentum is the force that drives the object to be in motion. During the collision, the momentum is conserved, such that:
- According to the norms of physics, the collision is a type of closed system in which the net forces adds up to be zero.
- The collision of object A and object B will result in the total momentum of the two objects before and after the collision being conserved. The collision follows the law of conservation of momentum.
- The law of conservation of momentum states that the total momentum of the system is conserved. The sum of momentums of A and B before the collision is equal to the sum of momentums object A and B after the collision.
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