1. The problem statement, all variables and given/known data A cylinder of radius a has a hole drilled through it of radius b, the hole is parallel to the axis of the cylinder but is displaced from it by a distance d in the x-direction where d < a - b. The asymmetric hollow cylinder has a uniform current density J = Jzez Show that the magnetic field inside the hole is uniform and show that B = (μ0/2)Jzdey 2. Relevant equations Amperes law? 3. The attempt at a solution I am at a complete loss, I dont know how to use ampere's law for something that is asymmetrical. Any ideas on how I should approach it?