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Slowing down a collision between two objects would have the following effects on the force resulting from Newton's third law:
1. **Increased Time of Impact**: Slowing down the collision would increase the time over which the objects interact. This would lead to a decrease in the peak force experienced during the collision due to the longer duration of the impact. The force applied over a longer time reduces the overall force experienced by the objects.
2. **Decreased Force**: Newton's third law states that for every action, there is an equal and opposite reaction. When two objects collide, they exert forces on each other that are equal in magnitude but opposite in direction. By slowing down the collision, the force exerted on each object would be reduced because the acceleration and change in momentum would be lower than in a faster collision scenario.
3. **Less Impact Damage**: Slowing down the collision can also result in less damage to the objects involved. With a decreased force of impact, there is less likelihood of deformation, breakage, or damage to the objects due to the reduced intensity of the forces involved in the collision.
In summary, slowing down a collision between two objects would lead to a decrease in the force resulting from Newton's third law, reducing the peak force, decreasing the overall force experienced by the objects, and potentially minimizing damage or deformation during the collision.
