Problem $6-21($Algo$)$

Consider the following tasks, times, and predecessors for an assembly of set$-$top cable converter boxes:

Given a cycle time of $16$ minutes, develop two alternative layouts. Use the longest task time rule and the

largest number of following tasks as a secondary criterion. What is the highest efficiency of your layout,

assuming the $16-$minute cycle time?

Note: Enter your answer as a percentage rounded to $2$ decimal places.

EfficiencyProblem $6-21($Algo$)$ Consider the following tasks, times, and predecessors for an assembly of set$-$top cable converter boxes: $[[$TASK ELEMENT,TIME $($MINUTES$),$PRECEDING TASKS$],[$A$,3,-],[$B$,3,$A