Question: Solve for # 3 0 ! ! ! Assume the following inventory demand forecast: table [ [ Time Period, 1 , 2 , 3

Solve for #30!!!
Assume the following inventory demand forecast:
\table[[Time Period,1,2,3,4,5,6,7,8,9,10,11,12],[Demand,20,50,40,70,60,30,80,40,20,60,40,90]]
Assume that carrying costs on average inventory are $0.50 per unit per time period and that purchase order costs are $50 per order. Determine the total inventory costs over the 12 time periods if the LFL lot-sizing technique is used.
28. Using the data as given in problem 27, determine the total inventory costs if the EOQ lot-sizing approach is used.
29. Repeat problem 28 but use the POQ approach.
30. Repeat problem 28 but use the SM lot-sizing approach.
31. Repeat problem 28 but use the PPB lot-sizing approach.
32. Assume that the inventory demand for each of 12 periods of time is 50 units per period. If carrying costs on average inventory are $0.50 per unit per time period and purchase order costs are $50 per order, determine the
 Solve for #30!!! Assume the following inventory demand forecast: \table[[Time Period,1,2,3,4,5,6,7,8,9,10,11,12],[Demand,20,50,40,70,60,30,80,40,20,60,40,90]]

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