question: In phyisics, what is considered to be the rotational version of force?
distractor3: pressure
distractor1: work
distractor2: energy
correct_answer: torque
support: Torque is equal to the cross product as stated above. In general, one can simplify by saying that the torque is equal to the force acting on the object multiplied by the perpendicular distance from the application of the force to the rotational axis. Say you had a seesaw. It is easier to exert torque, get the seesaw to move, if you pushed on the board near the end rather than near the middle. It is the rotational version of Force.