1. The problem statement, all variables and given/known data http://i.imgur.com/rwbXqW8.png 2. Relevant equations 3. The attempt at a solution So I started off by analyzing the pulley, and determined that each cable carries 100N of force. After that, I drew the FBD of the beam, where there is a 100N force going downwards on the right end and the normal force perpendicular to the beam on the left end. I took the moment about point B, and since this is in equilibrium, the moment should be zero. Therefore I came up with the equation: -100cos(30)(0.3) + Nwall (0.1) = 0 Where Nwall is the normal force provided by the contact with the wall. I came up with the answer 259.8N, can anyone check my work please? Thank you in advance.