If the loops are then re-aligned such that the magnetic field is perpendicular to the plane of the loops (the area vector is parallel with the magnetic field vector) and the magnitude set at a constant magnitude of 1.66 T, but the coil is rotated instead, what angular velocity would be necessary to provide the same EMF as in part a) above? (Figure 2) ? W = rad/s

If the loops are then re-aligned such that the magnetic field is perpendicular to the plane of the loops (the area vector is parallel with the magnetic field vector) and the magnitude set at a constant magnitude of 1.66 T, but the coil is rotated instead, what angular velocity would be necessary to provide the same EMF as in part a) above? (Figure 2) ? W = rad/s