If you’re playing tug-of-war, and the left side is 400 N in the right side is 300 N white force would cause the rope to stop moving? A. 300 N to the left.B. 100 Newton to the right c. 400 Newton to the right d. 100 Newton to the left.
To determine which force would cause the rope to stop moving, we need to find the net force on the rope.
Net force is calculated by subtracting the force on one side from the force on the other side. In this case, the force on the left side is 400 N and the force on the right side is 300 N.
400 N - 300 N = 100 N
So, the net force on the rope is 100 N.
To cause the rope to stop moving, the force applied must be equal in magnitude but opposite in direction to the net force. Therefore, the force required to stop the rope from moving would be 100 N.
However, since the question is asking for the specific direction of the force, the correct answer would be d. 100 Newton to the left.