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QUESTION

Texts: The Mach $10$ is a one$-$person sailboat manufactured by Creative Leisure. The final assembly plant is in Victoria, British Columbia. At this time, $300$ minutes are available each day to manufacture Mach $10.$ The daily demand is $60$ boats. Given the following information: Task Performance Time $($mins$)112131121$ Task Must Follow Task Listed Below A B C D E F G H A A C C D$,$ E$,$ F B G$,$ H a$)$ The correct precedence relationship with one of the possible assignments of tasks to workstations is shown in b$)$ The theoretical efficiency of the assembly line is $\%($enter your response as a percentage rounded to one decimal place$)$ c$)$ The theoretical minimum number of workstations is $($round your response up to the next whole number$)$ The idle time for the assembly line per cycle is minutes $($enter your response as a whole number$).$ c$)$ If $400$ minutes were available, the theoretical minimum number of workstations would be $($round your response up to the next whole number$).$ The theoretical efficiency $($using the cycle time based on $400$ minutes available during the day$)$ would be $\%($enter your response as a percentage rounded to one decimal place$).$

Texts: The Mach $10$ is a one$-$person sailboat manufactured by Creative Leisure. The final assembly plant is in Victoria, British Columbia. At this time, $300$ minutes are available each day to manufacture Mach $10.$ The daily demand is $60$ boats. Given the following information: Task Performance Time $($mins$)112131121$ Task Must Follow Task Listed Below A B C D E F G H A A C C D$,$ E$,$ F B G$,$ H a$)$ The correct precedence relationship with one of the possible assignments of tasks to workstations is shown in b$)$ The theoretical efficiency of the assembly line is $\%($enter your response as a percentage rounded to one decimal place$)$ c$)$ The theoretical minimum number of workstations is $($round your response up to the next whole number$)$ The idle time for the assembly line per cycle is minutes $($enter your response as a whole number$).$ c$)$ If $400$ minutes were available, the theoretical minimum number of workstations would be $($round your response up to the next whole number$).$ The theoretical efficiency $($using the cycle time based on $400$ minutes available during the day$)$ would be $\%($enter your response as a percentage rounded to one decimal place$).$

Texts: The Mach $10$ is a one$-$person sailboat manufactured by Creative Leisure. The final assembly plant is in Victoria, British Columbia. At this time, $300$ minutes are available each day to manufacture Mach $10.$ The daily demand is $60$ boats. Given the following information:

Task Performance Time $($mins$)$

$11$

$21$

$31$

$12$

$1$

Task Must Follow Task Listed Below

A B C D E F G H

A A C

C

D$,$ E$,$ F B G$,$ H

a$)$ The correct precedence relationship with one of the possible assignments of tasks to workstations is shown in

b$)$ The theoretical efficiency of the assembly line is $\%($enter your response as a percentage rounded to one decimal place$)$

c$)$ The theoretical minimum number of workstations is $($round your response up to the next whole number$)$

The idle time for the assembly line per cycle is minutes $($enter your response as a whole number$).$

c$)$ If $400$ minutes were available, the theoretical minimum number of workstations would be $($round your response up to the next whole number$).$

The theoretical efficiency $($using the cycle time based on $400$ minutes available during the day$)$ would be $\%($enter your response as a percentage rounded to one decimal place$).$ fetchpriority$=$