In the first accompanying paper we derived an exponentially expanding mesh for use in the simulation of diffusion processes at microdisc electrodes. In this paper we use this strategy in obtaining a solution for chronoamperometry at a microdisc. We show that it is possible to obtain accuracy to better than 0.25% from a single simulation using the same mesh at all times of interest. Demands on computing resources are light, with a full simulation from switch on through to near steady state taking just a few minutes of CPU time.