\\\\table[[Name,\\\\table[[Primary],[Segment]],\\\\table[[Units],[Sold]],\\\\table[[Unit],[Inven],[tory]],Revision Date,\\\\table[[Age],[Dec. 31]],MTBF,\\\\table[[Pirm],[Coord.]],\\\\table[[Size],[coord.]],Price,\\\\table[[Material],[Cost]],\\\\table[[Labor],[Cost]],\\\\table[[Contr.],[Marq.]],\\\\table[[2nd],[Shift],[8],[Over-],[fime]],\\\\table[[Auto],[mation],[Next],[Round]],\\\\table[[Capacity],[Next],[Round]],\\\\table[[Plant],[Uiliz.]]],[Able,Trad,999,189,

(11)/(21)/2010

,3.1,17500,5.5,14.5,

$28.00

,

$11.59

,

$7.49

,

29%

,

0%

,40,\\\\table[[1,800],[1,400]],

66%

Production Costs Activity Use the table below with page 4 of the Courier to complete the activity. "In the simulation, the input cells are in thousands (' 000 's), so an input of 1 is actually 1000 units. So, in the example below 500,000 units is inputted as 500 in the cell. This applies to dollar values as well. Production Costs Activity Use the table below with page 4 of the Courier to complete the activity. "In the simulation, the input cells are in thousands (' 000 's), so an input of 1 is actually 1000 units. So, in the example below 500,000 units is inputted as 500 in the cell. This applies to dollar values as well