The magnetic flux Φ through a coil with N turns and area A whose normal vector makes an angle θ with the field B is given by:
[tex]\Phi=NAB\cos\theta[/tex]On the other hand, the voltage difference induced on a loop whose magnetic flux is a function of time is given by:
[tex]V_{ind}=-\frac{d}{dt}\Phi(t)[/tex]Since the magnetic field is 0T, then:
[tex]\Phi=NA(0)\cos\theta=0[/tex]Thus, the induced voltage difference is:
[tex]V_{ind}=-\frac{d}{dt}(0)=0[/tex]Therefore, the maximum voltage created is 0V.
