this question supposes the existence of magnetic monopoles, and then redefines maxwell's eqn's as follows
div(B) = dm
curl(E) = dB/dt  Jm
where Jm is the magnetic current density, and dm is the magnetix charge density
we are asked to find the energy acquired by a monopole with Dirac magnetic charge hbar/e travelling 1000 km along the earth's field (10^5 T). I'm guessing this is just work = force * distance. the only problem is that a Bfield gives the force on a current element which has the dimensions Am, I don't know how to apply it to a charge that has dimensions As. thank for your help.
