Complete the table; find average lateness, average completion time, and average number of jobs in the system. Assume all durations are in days and that the jobs are processed at the shop in the order that they arrive $($ A then $B$ then $C$ then $D).$

$\backslash$table$[[$Job$,$Process Time,Flow Time,Due Date Lateness$],[$A$,5,7,],[$B$,3,9,],[$C$,2,12,],[$D$,5,4,],[$Sum $($Average$),,$XXXXX$,]]$

A product has annual demand of $100,000$ units. The plant manager wants production to follow a four$-$hour cycle. Based on the following data, what setup cost will enable the desired production cycle with following data: $d=400$ per day $(250$ days per year$),p=4000$ units per day, $H=$$$100$ per unit per year, and $Q=200($demand for four hours, half a day$).$

A bakery uses $5$ kanban containers that each holds $3$ cakes. Daily demand is $10$ cakes and safety stock is $5$ cakes. What is the lead time?