1. The problem statement, all variables and given/known data http://ezto.mhecloud.mcgraw-hill.com/13252699450881445581.tp4?REQUEST=SHOWmedia&media=ch28q44a.jpg [Broken] A long, straight wire has a 11.1‐A current flowing in the positive x -direction, as shown in the figure. Close to the wire is a square loop of copper wire that carries a 1.65‐A current in the direction shown. The near side of the loop is d=50.7cm away from the wire. The length of each side of the square is a=1.31m . Question: Find the net torque on the loop. 2. Relevant equations Torque = n*I*A*B*sin θ 3. The attempt at a solution n, which is the number of windings is 1. A is the area that the loop encompasses. However, since there is a wire below the loop with current running through it, how do I account for that in the values of I and B and θ?