Using input below, calculate variables and Multiple$-$factor productivity in $($picks per $$)$ with and without robots

$\backslash$table$[[$Aultiple$-$factor productivity assumptions,,$],[,$Without robots,With robots$],[$of dedicated pickers,$40\mathrm{.}00,],[$of material handlers,$20\mathrm{.}00,],[$ of crew leaders and utility associates,$20\mathrm{.}00,],[$ of workers,$80\mathrm{.}00,40],[$ay rate per hour $($for $40$ workers$),$$$18\mathrm{.}00,],[$Pay rate per hour $($for $40$ workers$),$$$30\mathrm{.}00,],[$Pay rate per hour,,$36\mathrm{.}00],[$Avg # of picks per hour per worker,$90\mathrm{.}00,340],[$Error rate per hour,$8\%,0],[$Cost per picked error,$$9,],[$Hours per shift,$8,8],[$Shifts per month,$20,20],[$Damage & theft per month,$$6,500,],[$Lease per robot per month,,$$2,300],[$# of robots,,$25]]$

Average pay per hour per worker

Total average labor costs per month

Total other costs per month

Total costs per month

Total picks per month

Overall multiple$-$factor productivity $($picks per $ $)$