Question
Formulas provided by professor: EOQ=2DSHEOQ=2DSH TC=SDQ+HQ2TC=SDQ+HQ2 PurchasingCost=PD SigmaLTD=SQRT(L)*SigmaR SigmaLTD=R*SigmaL SL*=Cu/(Cu+Co) RT=I Rp=c/Tp Cycle Time = CT=1/Rp Takt Time = TT= 1/R Cycle Inventory = Q/2
Formulas provided by professor:
EOQ=2DSHEOQ=2DSH
TC=SDQ+HQ2TC=SDQ+HQ2
PurchasingCost=PD
SigmaLTD=SQRT(L)*SigmaR
SigmaLTD=R*SigmaL
SL*=Cu/(Cu+Co)
RT=I
Rp=c/Tp
Cycle Time = CT=1/Rp
Takt Time = TT= 1/R
Cycle Inventory = Q/2
Average Inventory in the Presence of Safety Stock = Cycle Inventory +Isafety
Question 8:
There are three sequential operations (Station 1, Satiation 2, and Station 3). Incoming applications go to station 1 first, then to Station 2, finally to station 3, and then leave the process. There are 4 resources in Station 1, 3 resources in Station 2, and 2 resources in Station 3. The utilization of these stations are 87%, 86%, and 82%, respectively. In order to increase throughput, we need to:
Potential Answer:
Increase the capacity of station 1.
Increase the capacity of station 2.
Increase the Capacity of Station 3.
Increase the capacity of all stations.
None of the answers.
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