1. The problem statement, all variables and given/known data A 23-kg sign is suspended from the end of a 7-kg pole that is 4m long. The pole is partially supported by a cable that is attached at a point 3m up along the pole from the socket. The angle between the pole and the vertical wall is 60°, and the angle between the cable and the wall is 70°. Determine the magnitude and direction of the force exerted by the wall socket on the bottom end of the pole. Forces in this problem would be: Fcable, Fsign, Fpole, Fsocket Fsign = 225.4N Fpole = 68.6N I don't have the force for the cable and we are trying to solve for the socket. 2. Relevant equations [itex]\Sigma[/itex]Fx=0 [itex]\Sigma[/itex]Fy=0 [itex]\Sigma[/itex][itex]\Gamma[/itex]=0 3. The attempt at a solution I know that this is a combination of a force and torque equation, but I'm not really sure how to start this problem. I have the picture from the textbook and my version of the free body diagram.