When analyzing a system in static equilibrium that has the potential to rotate, what is your problem solving process? Please state the steps that you take to solve for, say, a missing force.PLEASE HELP! This is a conceptual question that requires a drawing of a labeled FREE BODY DIAGRAM and a detailed explaination of why net force and torque are equal to zero. PLEASE ANSWER THE QUESTION HIGHLIGHTED IN YELLOW 0 An example of an object experiencing translational equilibrium: 0 A book resting on a countertop is pushing down on the table with the force of its weight. In this case, there are two acting forces the gravitational force which is directed downward, and the normal force directed upward. Note that both forces are equal in magnitude, act in opposing directions, and act on a single object - the book. In summary, the forces acting on the book are in equilibrium which allows the object to remain immobile. 0 An example of an object experiencing rotational equilibrium: 0 The closing and opening of a door require the concept of torque. in this case, the axis of rotation is the hinge and the lever arm is the distance between the doorknob and its hinge. If a large force is applied at a constant distance from the hinge the door will be easier to open or close. However, the further the distance from the hinge results in a larger (torque) force produced. That is why many doorknobs are located on the furthest side of the axis of rotation which produces larger torque and makes it easier to rotate the door. Question is hithiqhted in YELLOW