Consider that a machine shop has 7 unprocessed jobs (J1, J2, J3, J4, J5, J6, J7) numbers by order they entered Bottleneck machines queue. Compute the ratio of processing time of the job. Schedule the...



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Consider that a machine shop has 7 unprocessed jobs (J1, J2, J3, J4, J5, J6, J7) numbers by order they entered Bottleneck machines queue.<br>Compute the ratio of processing time of the job. Schedule the job with the smallest to largest CR value next. Compute Mean Flow Time, Mean<br>Tradiness and Trady jobs.<br>Job #<br>Process Time<br>Due Date<br>Current Time = 15<br>1<br>11<br>61<br>29<br>45<br>3<br>31<br>31<br>4<br>1<br>33<br>32<br>3<br>28<br>7<br>4<br>25<br>

Extracted text: Consider that a machine shop has 7 unprocessed jobs (J1, J2, J3, J4, J5, J6, J7) numbers by order they entered Bottleneck machines queue. Compute the ratio of processing time of the job. Schedule the job with the smallest to largest CR value next. Compute Mean Flow Time, Mean Tradiness and Trady jobs. Job # Process Time Due Date Current Time = 15 1 11 61 29 45 3 31 31 4 1 33 32 3 28 7 4 25
Mean F. Time: (469)/7 = 68<br>Mean Tardiness: (214)/7 = 29<br>Tardy: 6 #<br>None of the above<br>Mean F. Time: (469)/7 = 67<br>Mean Tardiness: (214)/7 = 30.5<br>Tardy: 6 #<br>Mean F. Time: = 66<br>Mean Tardiness: = 31.5<br># Tardy: 5<br>

Extracted text: Mean F. Time: (469)/7 = 68 Mean Tardiness: (214)/7 = 29 Tardy: 6 # None of the above Mean F. Time: (469)/7 = 67 Mean Tardiness: (214)/7 = 30.5 Tardy: 6 # Mean F. Time: = 66 Mean Tardiness: = 31.5 # Tardy: 5

Jun 09, 2022
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