What is the workstation utilization?   Given an efficiency of 90%, what is the typical weekly capacity (in minutes)?

Capacity computations a. St. Patrick's Mercy Care Center has 100 beds, but has an effective capacity of 90. Right now they are operating at 130% efficiency to try to keep up with demand. They are pulling out rollaway beds, and other temporary measures. How many beds are they using? b. Four machines are placed in a sequence in an assembly line. The first machine requires 20 seconds per unit to do its work. The second machine takes 15 seconds, the third machine 22 seconds, and the fourth machine 19 seconds. What is the design capacity of the machine that takes 20 seconds and the effective capacity of the same machine when placed in this system? Express capacity in parts per hour, ROUNDed to an integer. design capacity effective capacity c. A MediaCom call center has design capacity of 142 calls per hour. It operates at 88% utilization. How many calls are they taking per hour? d. There are 5 employees at the Maryland Workers Compensation Commission taking calls. Each provides 45 hours of…

4) Capacity Requirements Planning Abe is typically scheduled to operate 4 machines at his workstation for 8 hours per day, 5 days per week. During every 8 hours of scheduled work, Abe takes 45 minutes of break. He must perform 20 minutes of maintenance on each machine (separately) during every 8 hours of scheduled work. Abe is unable process work while he is performing maintenance. Abe’s company is making some changes to the maintenance schedule. The changes will result in a new weekly capacity of 6000 minutes when Abe is scheduled for a 40-hour work week.   If efficiency remains at 90%, what is the new workstation utilization?   The following jobs are to be done at the workstation next week (times are in minutes):   Job # Units Setup Time Run Time/Unit A 840 25 3 B 152 50 6 C 525 60 4   Given the new weekly capacity of 6000 minutes, what is the load% for next week?

Problem 14-8 (Algo) What cycle time would match capacity and demand if demand is 162 units a day, there are 2 shift(s) of 447 minutes each, and workers are given four 40 minute breaks during each shift, one of which is for lunch or dinner? (Round your answer to 2 decimal places.) Cycle time minutes per cycle