For the single-server queue of Sec. 1.4, let Wi = the total time in the system of the ith...

For the single-server queue of Sec. 1.4, let W_i = the total time in the system of the ith customer to finish service, which includes the time in queue plus the time in service of this customer. For the same realization considered for the hand simulation in Sec. 1.4.2, compute ŵ(m) = the average time in system of the first m customers to exit the system, for m = 5; do this by augmenting Fig. 1.7 appropriately. How does this change the state variables, if at all?

FIGURE 1.7 Snapshots of the system and of its computer representation at time 0 and at each of the 13 succeeding event times.