Correct answer are $3123$ I need steps on how to get the correct answer You have a set of jobs that must be scheduled through two sequential work centers. Using Johnson's Rule, determine the time that would be required to complete the jobs assuming that inventory is not allowed and the jobs are sequenced as follows: C$-$E$-$AB$-$F$-$D $31$ margin of error $\backslash (+/-0\mathrm{.}01\backslash )$ Question $14\backslash (0/1\backslash )$ pts You have a set of jobs that must be scheduled through two sequential work centers. Using Johnson's Rule, determine the total idle time that would accrue to the two work centers assuming that inventory is not allowed and the jobs are sequenced as follows: $\backslash ($ C$-$A$-$F$-$B$-$E$-$D $\backslash )23$ margin of error $\backslash (+/-0\mathrm{.}1\backslash )$