Final answer:
Torque depends on force magnitude and distance from the pivot point. Without a diagram, we can't specify which force creates the greatest torque, but the principle that the force furthest from point P generates more torque is key.
Step-by-step explanation:
The question relates to the concept of torque in physics and requires an understanding of how forces applied at different points result in varying amounts of torque. To find which of the five forces labeled A-E, all of equal magnitude, provides the greatest torque when applied to an object anchored at point P, it is necessary to remember that torque is a function of both the magnitude of the force and the perpendicular distance from the point of rotation (anchor point P) to the line of action of the force. According to the question, one can infer that if the magnitudes of the forces are the same, the force applied at the greatest distance from point P will generate the largest torque. Therefore, without an accompanying diagram, we can't identify which force creates the greatest torque, but the principle that applies is the one described here.