1. The problem statement, all variables and given/known data A conducting square loop placed in the xy plane (oriented with its horizontal and vertical sides parallel to the x and y axes) moves to the right across the y axis at a constant speed of 2.0 m/s, a 0.63-V emf is induced in the loop. If the side length of the loop is 0.30 m, what is the magnitude of the magnetic field? 2. Relevant equations EMF = Blv 3. The attempt at a solution So my EMF is 0.63, V = 2.0m/s, l = .30m and B is unknown Thus 0.63 T*m^2*s^-1/(2.0m*s^-1 * .30m) = B 0.63 T/.6 = B 1.05 T = B Not sure where I'm going wrong here.