So Faraday's Law of induction states this: ×E=Bt\nabla \times E = - \frac {\partial B} {\partial t} Or if we write it in it's integral form: Edl=dΦBdt\int E \cdot dl = - \frac {d \Phi_B} {dt} which (to my understanding) means that the magnitude of the EMF around a coil of wire will be equal to... Read more