Density-averaged radial profile of the fluid parameters for different resolutions and numerical diffusion at t = 2 Gyr. From top to bottom we have: the Prandtl number, the magnetic Reynolds number and the regular Reynolds number. The Prandtl number can be see to be below unity across the whole radial extent, with a decreasing trend toward the center. There is an expected increase due to lowering artificial resistivity and also an increase in P_m due to resolution in the outer regions of the disk (≥4 kpc). Both the magnetic and regular Reynolds number can be seen to increase toward the center; however, the magnetic Reynolds number remains flatter throughout the disk than its hydrodynamic counterpart.