Courtney is a programmer receiving requests each week to analyze a large data base. Five jobs were on her desk Monday morning, and she must decide in what order to write the code. Assume that all jobs arrived today $($day $1$ and hour $1),$ in the order shown below. Courtney has assigned the number of hours required to do the coding as noted. Note that Courtney works an $8-$hour day and today is a wo day.

$\backslash$table$[[$JOB$,\backslash$table$[[$DUE DATE $($HOURS$],[$HENCE$)]],\backslash$table$[[$DURATION $($HOURS$],[$REQUIRED$)]]],[$A$,32,17],[$B$,14,7],[$C$,6,6],[$D$,22,9],[$E$,16,1]]$

a$)$ Sequence the jobs according to EDD.

According to the EDD rule, the sequence of jobs should be $C,B,E,D,A.$

b$)$ What is the average completion $($flow$)$ time?

The average completion $($flow$)$ time is $$ days $($round your response to one decimal place$).$

c$)$ What is the average job lateness?

The average job lateness is $$ 'days $($round your response to one decimal place$).$

d$)$ What is the average number of jobs in the system?

The average number of jobs in the system is $$ jobs $($round your response to one decimal place$).$