Recall for a capacitor ɛ is the permittivity of the dielectric used, ε = € , & , & ,= relative permittivity and E. = permittivity of vacuum Assume "Doc" Brown's prototype flux capacitor used a super alumina oxide dielectric which achieved 1000X the permittivity of normal alumina oxide, or 40,000X the permittivity of vacuum, and can achieve 1 mm spacing between plates. Further assume "Doc" limits the cross sectional area of his flux capacitor to 1 square meter, in an attempt to fit in the Delorean (this is the overlap area of the plates; the entire capacitor is a little larger to account for the ends. Don't worry about this). Calculate the height required for the capacitor in #2.