Question: Mean 2 . 2 2 . 4 2 . 6 2 . 8 3 . 0 S F ( S ) I ( S )

Mean 2.22.42.62.83.0 S F(S) I(S) F(S) I(S) F(S) I(S) F(S) I(S) F(S) I(S)00.11080.000.09070.000.07430.000.06080.000.04980.0010.35460.110.30840.090.26740.070.23110.060.19910.0520.62270.470.56970.400.51840.340.46950.290.42320.2530.81941.090.77870.970.73600.860.69190.760.64720.6740.92751.910.90411.750.87741.600.84771.450.81531.3250.97512.830.96432.650.95102.470.93492.300.91612.1360.99253.810.98843.620.98283.420.97563.240.96653.0570.99804.800.99674.600.99474.410.99194.210.98814.0280.99955.800.99915.600.99855.400.99765.200.99625.0190.99996.800.99986.600.99966.400.99936.200.99896.00101.00007.801.00007.600.99997.400.99987.200.99977.00111.00008.801.00008.601.00008.401.00008.200.99998.00121.00009.801.00009.601.00009.401.00009.201.00009.00 Additional Algo 14-10 Choosing an Order-Up-To Level - Poisson Demand
Demand for a product follows the Poisson distribution with a mean of 0.6. If the lead time is 1. Use Table 14A.2.
What is the minimum order-up-to level to ensure an in-stock probability of \(0.88?\)
Mean 2 . 2 2 . 4 2 . 6 2 . 8 3 . 0 S F ( S ) I (

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