For a store that is open every day, the demand for tablets follows the probability distribution below. Daily Demand Probability 0 0.33 1 0.25 2 0.20 0.12 0.10 The inventory is reviewed at the end of every three days and if the inventory level is 6 units or less, an order is placed to completely use the inventory capacity. The maximum inventory level is 15 units. The lead time follows a probability distribution as follows. Lead Time (Days) 1 2 3 Probability 0.30 0.50 0.20 Backordering is allowed at this store. Assuming that the simulation begins at the beginning of a day. there are 12 tablets in the inventory, and no orders have been backordered yet, simulate the system for 3 cycles using the random digits provided in the two tables below for demand and lead time to assign random values for demand and lead time, respectively. Use the random lead times in the given order whenever it is necessary. Analyze the system based on the Day Random Digits Daily Order Random Digits for Lead simulation results. for Demand Index Lead Time Demand Time 92 1 47 2 43 2 25 3 65 3 84 38 5 23 6 76 7 86 8 96 9 30 1 93 4 4 Cycle Day Demand Lead Time Beginning Inventory Ending Inventory Order (of Units)