Question $12$ pts

What is the maximum cycle time for this operation in minutes$/$unit$?($round to nearest $1$ decimal$)$

Flag question: Question $2$

Question $22$ pts

What is the theoretical minimum number of workstations? $($round to nearest $1$ decimal$)$

Flag question: Question $3$

Question $32$ pts

Assign tasks to workstations. What is the actual number of workstations?

Flag question: Question $4$

Question $42$ pts

What is the efficiency of the assembly line? $($enter answer as $\%$ with $1$ decimal such as XX$.$X$)$

Flag question: Question $5$

Question $52$ pts

How much total actual idle time is present in each cycle? $($minutes; use actual maximum cycle time and not calculated maximum cycle time$)$

Flag question: Question $6$

Question $62$ pts

How many workstations have the same bottleneck throughput time?

Flag question: Question $7$

Question $71$ pts

An assembly line is perfectly

$[$ Select $]$

if no

$[$ Select $]$

occur.Question $12$ pts

What is the maximum cycle time for this operation in minutes$/$unit$?($round to nearest $1$ decimal$)$

Flag question: Question $2$

Question $22$ pts

What is the theoretical minimum number of workstations? $($round to nearest $1$ decimal$)$

Flag question: Question $3$

Question $32$ pts

Assign tasks to workstations. What is the actual number of workstations?

Flag question: Question $4$

Question $42$ pts

What is the efficiency of the assembly line? $($enter answer as $\%$ with $1$ decimal such as XX$.$X$)$

Flag question: Question $5$

Question $52$ pts

How much total actual idle time is present in each cycle? $($minutes; use actual maximum cycle time and not calculated maximum cycle time$)$

Flag question: Question $6$

Question $62$ pts

How many workstations have the same bottleneck throughput time?

Flag question: Question $7$

Question $71$ pts

An assembly line is perfectly

$[$ Select $]$

if no

$[$ Select $]$

occur.