Q$3\mathrm{.}2($Static$)$ Process Analysis with Multiple Flow Units $[3\mathrm{.}6]$

Consider a process consisting of five resources that are operated eight hours per day. The process works on three different products, A$,$ B$,$ and C:

ResourceNumber of WorkersProcessing Time for A $[$Minutes per Unit$]$Processing Time for B $[$Minutes per Unit$]$Processing Time for C $[$Minutes per Unit$]12555223453115004103352666$

Demand for the three different products is as follows: product A$,40$ units per day; product B$,50$ units per day; and product C$,60$ units per day.

What is the flow rate for each flow unit assuming that demand must be served in the mix described above $($i$.$e$.,$ for every four units of A$,$ there are five units of B and six units of C$)?$

Note: Round "Demand per hour" to $2$ decimal places and the $"\%$ Implied Utilization" to $2$ decimal places.

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What is the bottleneck?

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