>>1415375btw bro, what is "omped" exactly? Also, double points for /u/ manko, brah. I don't care what others s/a/y, /u/'s pretty alright.
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>sur\int(Grad x B)*dA = lin\int(B * dL)m-m-m-M16A1 it in!
>lin\int(B * dL) = sur/int(dA * {mu0*J + eps0mu0*dE/dt} )areal current density times integrated area is just current, brosephs; make sure it's "enclosed" current and not "displaced" current, which isn't even real (hold that thought)
>lin\int(B * dL) = mu0*I_enc + sur/int(dA * eps0mu0*dE/dt)electric constant times magnetic constant is a pretty small number, but it's not-zero
>lin\int(B * dL) = mu0*I_enc + sur/int(c^-2 * dE/dt* dA)now you're in the clear: electric flux
>lin\int(B * dL) = mu0*I_enc + c^-2 * d/dt(Eflux)~~~wikipedia's a hello fa drugm an
