For an order of 100 bicycles, what would be the total time in minutes (including queue time, setup, and processing time) to complete this order? Use the routing parameters from lab exercise 4, task 2( the picture). Assume wait and move times are zero but queue time is not zero. Show your work in a spreadsheet. Also assume the process for this company is job shop.

\begin{tabular}{|l|l|l|l|l|l|} \hline Operation & Work Genter & Description & Setup & Machine & Lahor \\ \hline 0010 & UTDAS### & MaterialStaging(Youmustenterthistext) & 0 MIN & 0MIN & 15MIN \\ \hline 0020 & UTDAS### & Attachseattoframe(Youmustenterthistext) & 0 MIN & 0MIN & 1MIN \\ \hline 0030 & UTDAS\#\#\# & Attach handle bar assembly & 0 MIN & 0MIN & 2MIN \\ \hline 0040 & UTDAS\#\#\# & Attachderailleurgearassm.towheel & 0MIN & 0MIN & 2MIN \\ \hline 0050 & UTDAS\#\#\# & Attachfrontandrealwheelstochain & 0 MIN & 0 MIN & 5MIN \\ \hline 0060 & UTDAS\#\#\# & Attach brakes & 0 MIN & 0 MIN & 2MIN \\ \hline \end{tabular} \begin{tabular}{|l|l|l|l|l|l|} \hline 0070 & UTDAS\#\#\# & Attach peddles & 0 MIN & 0 MIN & 2 MIN \\ \hline 0080 & UTDAS\#\#\# & Test bike & 2 MIN & 0 MIN & 5 MIN \\ \hline 0090 & PACK1000 & Disassemble & 0 MIN & 0 MIN & 5 MIN \\ \hline 0100 & PACK1000 & Pack bike & 0 MIN & 0 MIN & 5 MIN \\ \hline 0110 & PACK1000 & Move to storage & 0 MIN & 0 MIN & 5 MIN \\ \hline \end{tabular}