Al Gerual Vivanboy Cet Tahel Ordentna Not Protem Perin Has Four Conditioning Sku 101 102 103 And 104 The Following Fou 1 (25.95 KiB) Viewed 23 times
Al Gerual Vivanboy Cet Tahel Ordentna Not Protem Perin Has Four Conditioning Sku 101 102 103 And 104 The Following Fou 2 (39.71 KiB) Viewed 23 times
Al Gerual Vivanboy Cet Tahel Ordentna Not Protem Perin Has Four Conditioning Sku 101 102 103 And 104 The Following Fou 3 (39.71 KiB) Viewed 23 times
al gerual vivanboy cet Tahel ordentna not Protem-perin has four conditioning SKU:101, 102, 103 and 104 The following four questions to provide recommendation to their approach for safety stock and reorder point for the and deviation of Jasper cannot have stockouts in more than 10% of the time any onder how much safety se ha demand that is normally distributed during the lead time with a mean of 450 units and Mock should be maintained at what reader point? (n. Man-460 ans ranked dugune Cardare al 90% The formula to calculate Saldyshek SEX STD. div. of lead Fix a demand for 90% loves cons-save his ×50×450 8- S= units Calculate the safety stock and reorder point for SKU 7002, asuming that es daly demand is normuly diled with a mean of 20, standard deviation of 2, lead time is 3 days, and must operate at95% service level P Onary
requires you to provide recommendation to their approach for safety stock and reorder point for these SKUs. Problem #2-Jasper Inc. has four different air conditioning SKUS: J101, J102, J103 and J104. The following four questions a. SKU J101 has a demand that is normally distributed during the lead time, with a mean of 450 units and standard deviation of 5. If Jasper cannot have stockouts in more than 10% of the time in any order, how much safety stock should be maintained and at what reorder point? Given. Mean=450 units Standard deviation 05 Confidence level 90% The formula to calculate safety stack is: S=ZX STD. dev. of lead timex avg demand. for 90% level zone z-score is 193 x50 x 450 units S= S= b. Calculate the safety stock and reorder point for SKU J102, assuming that its daily demand is normally distributed with a mean of 20, standard deviation of 2, lead time is 3 days, and must operate at 95% service level.
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