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$1$

Concept Question $1\mathrm{.}1$

Question$1/1$ pt

$2$

Concept Question $1\mathrm{.}4$

Question$1/1$ pt

$3$

Problem $2$

Question$4/4$ pts

$4$

Concept Question $2\mathrm{.}3$

Question$2/2$ pts

$5$

Concept Question $3\mathrm{.}1$

Question$1/1$ pt

$6$

Concept Question $3\mathrm{.}3$

Question$1/1$ pt

$7$

Problem $4$

Question$4/4$ pts

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Problem $7$ Bookmatch

Question$0/4$ pts

Selected

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Problem $12$

Question$0/6$ pts

$10$

Concept Question $5\mathrm{.}3$

Question$0/2$ pts

$11$

Concept Question $6\mathrm{.}1$

Question$0/2$ pts

$12$

Concept Question $6\mathrm{.}3$

Question$0/2$ pts

Question content area

Part $1$

$$Gestalt$,$ Inc. uses a kanban system in its automobile production facility in Germany. This facility operates

$88$

hours per day to produce the$$ Jitterbug, a replacement for the obsolete but immensely popular Jitney Beetle. Suppose that a certain part requires

$150150$

seconds of processing at machine cell $33$B and an average container of parts averages

$1\mathrm{.}61\mathrm{.}6$

hours of waiting time there. Management has allowed a

$1010$

percent buffer for unexpected occurrences. Each container holds

$3030$

$$parts$,$ and

$88$

containers are authorized. How much daily demand can be satisfied with this$$ system?

$($Hint:

Recall that

p overbarp

is the average processing time per$$ container, not per individual$$ part.$)$

Part $2$

The average processing time per container of$$ parts,

p overbarp$,$

is

$0\mathrm{.}1560\mathrm{.}156$

day. $($Enter your response rounded to three decimal$$ places.$)$

Part $3$

The average waiting time per container of$$ parts,

w overbarw$,$

is

enter your response here

day. $($Enter your response rounded to two decimal$$ places.$)$