A runner exerting a running force of 325 N to the right is met with an air resistance force of 45 N to the left. What is the net
force of the runner? (1 point)
280 N
370 N
325 N
45 N
To find the net force, you need to subtract the air resistance force from the running force, since they act in opposite directions.
Net force = running force - air resistance force
Net force = 325 N - 45 N
Net force = 280 N
Therefore, the net force of the runner is 280 N.
To determine the net force acting on the runner, we need to subtract the force of air resistance (45 N) from the running force exerted by the runner to the right (325 N).
Net force = Running force - Air resistance force
Net force = 325 N - 45 N
Net force = 280 N
Therefore, the net force on the runner is 280 N.
To find the net force of the runner, you need to calculate the difference between the running force and the air resistance force. The running force is 325 N to the right, and the air resistance force is 45 N to the left.
To find the net force, subtract the air resistance force from the running force:
Net force = Running force - Air resistance force
Net force = 325 N - 45 N
Net force = 280 N
Therefore, the net force of the runner is 280 N.