$1$The$$ three$-$station work cell at TU Manufacturing is illustrated in the figure below. It has two machines at station $1$ in parallel$($i$.$e$.,$ the product needs to go through only one of the two machines before proceeding to station$2).$

Bottleneck$1.$png

a$.$ The bottleneck station is $\_\_\_\_\_$ with a bottleneck time of $\_\_\_\_\_.$

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b$.$ The throughput time is $\_\_\_\_\_.$

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c$.$ If the firm operates for one $8$ hour day, the daily capacity of the work$-$cell is $\_\_\_\_\_.$

$[$ Select $]$The$$ three$-$station work cell at TU Manufacturing is illustrated in the figure below. It has two machines at station $1$ in parallel$($i$.$e$.,$ the product needs to go through only one of the two machines before proceeding to station$2).$

Bottleneck$1.$png

a$.$ The bottleneck station is $\_\_\_\_\_$ with a bottleneck time of $\_\_\_\_\_.$

$[$ Select $]$

b$.$ The throughput time is $\_\_\_\_\_.$

$[$ Select $]$

c$.$ If the firm operates for one $8$ hour day, the daily capacity of the work$-$cell is $\_\_\_\_\_.$

$[$ Select $]$