What is the total operating time? $($in seconds$)$

$129$

Flag question: Question $2$

Question $21$ pts

What is the current number of workers $($or workstations$)?$

$5$

Flag question: Question $3$

Question $31$ pts

What is the bottleneck time of the current workflow? $($in seconds$)$

$36$

Flag question: Question $4$

Question $41$ pts

What is the capacity of the current process $($in burritos per hour based on the bottleneck above$)?$

$100$

Flag question: Question $5$

Question $51$ pts

What is the takt time of the current process? $($in seconds, round to one decimal place$)$

Flag question: Question $6$

Question $61$ pts

What is the efficiency of the current process based on takt time? $($round to one decimal place$)\%$

Flag question: Question $7$

Question $71$ pts

What is the efficiency of the current process based on improved cycle time? $($rouud to one decimal place$)\%$

Flag question: Question $8$

Question $81$ pts

Now get ready to redesign the process using Assembly Line Balancing. Follow the precedent, takt time and maximum operating time rules.

First, complete the following table. Some parts have been filled for you.

Activity Label Time Predecessor

Prepare the base A

$-$

Put the rice B

Add beans C

A

Add protein D

A

Sour cream and cheese E

Veggies F

Guacamole G

A

Pack H

B$,$ C$,$ D$,$ E$,$ F$,$ G

Checkout I

Flag question: Question $9$

Question $91$ pts

Now, balance the process. Use precedents, takt time and maximum operating time rules. $($When there are mulitple options with the same time choose the first alphabetically.$)$

To which workstation does each task get assigned? $($number the workstations and answer only with that number$)$

Workstation A:

B:

C:

D:

E:

F:

G:

H:

I:

Flag question: Question $10$

Question $101$ pts

What is the efficiency of the new process based on improved cycle time? $($round to $2$ decimal places and enter as a percentage$)\%$