Dapted from example by Walker.) A rectangular wire loop with 200 turns has a side of width 4.00 cm oriented parallel to the x-axis and a side of height 5.00 cm parallel to the y-axis. A uniform magnetic field points in the x-direction with magnitude 0.350 T. The current around the loop is 1.60 A. Compute the torque on the wire loop around its vertical axis in two ways: a) By computing the magnetic (Lorentz) forces acting on each leg of the loop and using these to compute the net torque on the loop. b) By computing the magnetic dipole moment vector and using this to compute the net torque on the loop.