2 = Data 60 15 5 H= (mean arrival rate) (mean service rate) (# servers) S = Prob(W > t) = 0.0723858 when t = 0.25 Prob(W
Posted: Wed Apr 27, 2022 1:58 pm
- 2 Data 60 15 5 H Mean Arrival Rate Mean Service Rate Servers S Prob W T 0 0723858 When T 0 25 Prob W 1 (117.89 KiB) Viewed 40 times
before pump gas
D.) The possibility that there are more than 5 cars in the gas
station
E.) The possibility that there are no more than 2 cars in
waiting
F.) The probability that the cars spend no more than 7 minutes
in the gas station
2 = Data 60 15 5 H= (mean arrival rate) (mean service rate) (# servers) S = Prob(W > t) = 0.0723858 when t = 0.25 Prob(W,>t) = 0.1236392 when t = 0.1 Results Range Nam Cells L = 6.2164502 CostOfServi C18 La = 2.2164502 CostOfWaiti C19 Cs C15 W = 0.1036075 Cw C16 W, = 0.0369408 L G4 Lambda C4 pa 80.00% La G5 Mu C5 n PO Psan n F13:F38 0 0.012987 0.012987 PO G13 1 0.0519481 0.0649351 Pn G13:G38 2 0.1038961 0.1688312 Rho G10 3 0.1385281 0.3073593 S C6 4 0.1385281 0.4458874 Time 1 C9 5 0.1108225 0.55671 Time2 C12 6 0.0886581 0.645368 TotalCost C20 7 0.0709264 0.7162944 W G7 8 0.0567411 0.7730355 Wq G8 9 0.0453929 0.8184284 10 0.0363143 0.8547427 Economic Analysis: Cs = Cw= (cost / server / unit time) (waiting cost / unit time) Cost of Service Cost of Waiting Total Cost $0.00 $0.00 $0.00