Chapter $6,$ Problem $5$ What is the calculated cycle time? $1\mathrm{.}223\mathrm{.}44\mathrm{.}65$ points QUESTION $10$ Chapter $6,$ problem $5$ What is the theoretical minimum number of stations needed? $35$ points QUESTION $11$ Chapter $6,$ Problem $5$ Assign tasks to workstations on the basis of greatest number of following tasks. Use longest processing time as a tiebreaker. If ties still exist, assume indifference in choice. How many workstations do you need? $23455$ points QUESTION $12$ Chapter $6,$ Problem $5$ Assign tasks to workstations on the basis of greatest number of following tasks. Use longest processing time as a tiebreaker. If ties still exist, assume indifference in choice. Which task$($s$)$ will be assigned to workstation $1?$ a$,$ b$,$ c$,$ d a$,$ b$,$ c$,$ e a$,$ b$,$ c$,$ f d$,$ e$,$ f $5$ points QUESTION $13$ Chapter $6,$ Problem $5$ Assign tasks to workstations on the basis of greatest number of following tasks. Use longest processing time as a tiebreaker. If ties still exist, assume indifference in choice. What will be the percentage of idle time for this assignment? $($Please convert the result to decimal point format and keep $3$ digits after the decimal point.$)$