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Nagle Hoops assembles basketball backboards and poles. They have an assembly line that uses 8 workstations. Management wants an output of 225 backboards per day using an 8-hour workday. The sum of the task times is 14 minutes per backboard.

What is the cycle time?

Answer :

The cycle time for the Nagle Hoops assembly line is approximately 2.13 minutes per backboard. This is calculated by dividing the total available time in minutes (480) by the desired output (225 backboards).

Calculating Cycle Time for Nagle Hoops Assembly Line

To calculate the cycle time for the assembly of basketball backboards, we need to determine the amount of time that each workstation has to complete its part of the assembly process. Given that there are 225 backboards to be produced in an 8-hour workday, we can start by converting the workday into minutes (8 hours x 60 minutes = 480 minutes). The cycle time can then be calculated by dividing the total available minutes by the desired output, which is:


Cycle Time = Total Available Time / Desired Output
Cycle Time = 480 minutes / 225 backboards
Cycle Time = 2.13 minutes per backboard

Therefore, the cycle time is approximately 2.13 minutes for each backboard to be assembled across the 8 workstations.

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