EOQ$=$sort$(2$ deg $*$ D deg $*$ S $/$ h $*$ v; overline nC $=($D $/$ Q$)*$ S $+($Q $/2)$ deg $*$ h $+$ cD Center of $\backslash$ x$=$ sum $($l$\backslash$ l$^**\backslash$ i$)/$sum$($l$\backslash$ i$)$ Center of Gravity y$=$ sum $($l$\backslash$ l$^*$ v$\backslash$ l$)/$sum$($l$\backslash$ i$)$ Efficiency sum$($task times$)/($number of stations cycnle$\_$time$).$ Center of gravity $($x$,$ y$)1=($ sum i x i l i sum i l i $,$ sum i y i l i sum i l i $)$ Etask Theoretical minimum number of stations: $=$ Cycle time Efflclencyz$=$ sum i task i Number of stations$*$ cycle time $(100\backslash \%)$ Percent idle time $($Balance Delay$)$: $100\%-$ ef ficiency O True O False