Which change in force would stop this box from moving? (1 point) Responses subtracting 8 N of force pulling to the right subtracting 8 N of force pulling to the right adding 6 N of force pulling to the left adding 6 N of force pulling to the left subtracting 8 N of force pulling to the left subtracting 8 N of force pulling to the left adding 6 N of force pulling to the right adding 6 N of force pulling to the right
Adding 6 N of force pulling to the right would stop the box from moving.
To stop the box from moving, you would need to subtract 8 N of force pulling to the right.
To determine which change in force would stop the box from moving, we need to consider the net force acting on the box. The net force is the vector sum of all the forces acting on an object. In this case, we have forces pulling to the right and forces pulling to the left.
If the box is moving to the right, then the forces pulling to the right are greater than the forces pulling to the left. To stop the box from moving, we need to reduce or eliminate the net force to zero.
Let's analyze the given options:
1. Subtracting 8 N of force pulling to the right: This would decrease the net force to the right, making it closer to zero. However, we do not know the magnitude of the other forces, so we cannot determine if it will be enough to stop the box from moving.
2. Subtracting 8 N of force pulling to the left: This would increase the net force to the right, making it farther from zero. Therefore, this would not stop the box from moving.
3. Adding 6 N of force pulling to the left: This would increase the net force to the left, making it farther from zero. Therefore, this would not stop the box from moving.
4. Adding 6 N of force pulling to the right: This would increase the net force to the right, making it farther from zero. Therefore, this would not stop the box from moving.
5. Subtracting 8 N of force pulling to the left: This would increase the net force to the right, making it farther from zero. Therefore, this would not stop the box from moving.
6. Subtracting 8 N of force pulling to the left: This would increase the net force to the right, making it farther from zero. Therefore, this would not stop the box from moving.
7. Adding 6 N of force pulling to the right: This would increase the net force to the right, making it farther from zero. Therefore, this would not stop the box from moving.
8. Adding 6 N of force pulling to the right: This would increase the net force to the right, making it farther from zero. Therefore, this would not stop the box from moving.
None of the given options would stop the box from moving. To bring the box to a stop, we would need to either increase the forces pulling to the left or decrease the forces pulling to the right by an amount greater than the current net force to the right.