Question $1$: Station A has $3$ parallel operators, A$1,$ A$2,$ and A$3.$ Station C has $2$ parallel operators, C$1$ and C$2.$

Each unit only needs to be processed by one of the operators A$1,$ A$2$ and A$3.$ After being processed at Station

$B,$ a unit then needs to be processed by either $C1$ or $C2.$ The process time of the individual operators are given

as follows.

Each of A$1,$ A$2,$ and A$3$: $17$ minutes

B: $4$ minutes

Either of $C1$ and $C2$:$3$ minutes.

What is the capacity $($in units$/$hour$)$ of the whole process? Round your final answer to $2$ decimal places if it is

not a whole number.

Question $2$: Based on the flowchart above.

$A1,A2,$ and $A3$ : $18$ minutes

B: $13$ minutes

$C1$ and $C2$:$6$ minutes.

The process initiates the production of a new unit every $29$ minutes. What is the utilization of Operator C$2$ in

percentage?

Note: Provide a number without the $\%$ mark. Round your final answer to $2$ decimal places if it is not a whole

number. For example, if your answer is $71\mathrm{.}723\%,$ enter $71\mathrm{.}72.$

Question $3$: Based on the flowchart above.

$A1,A2,$ and $A3$ : $18$ minutes

B: $11$ minutes

$C1$ and C$2$: $6$ minutes.

The process initiates the production of a new unit every $29$ minutes. What is the utilization of operator A$1$ in

percentage?

Note: Provide a number without the $\%$ mark. Round your final answer to $2$ decimal places if it is not a whole

number. For example, if your answer is $71\mathrm{.}723\%,$ enter $71\mathrm{.}72.$