A wholesaler carries 6,000 different items in their store. In a normal week, demand occurs for...

 

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A wholesaler carries 6,000 different items in their store. In a normal week, demand occurs for 4,500 of these items. Of those 4,500 items, 300 are not available for the entire week and another 210 items are available for only part of the week. What is the wholesaler's in-stock probability during a normal week? [2] An online retailer carries 2,500 different items in stock at their store. Last week, customers wished to purchase 1,250 of these items. Unfortunately, 50 items were unavailable for the entire week and the store ran out of inventory on another 120 items before a new shipment arrived at the end of the week. What was the store's stockout probability last week? [2] A wholesaler carries 6,000 different items in their store. In a normal week, demand occurs for 4,500 of these items. Of those 4,500 items, 300 are not available for the entire week and another 210 items are available for only part of the week. What is the wholesaler's in-stock probability during a normal week? [2] An online retailer carries 2,500 different items in stock at their store. Last week, customers wished to purchase 1,250 of these items. Unfortunately, 50 items were unavailable for the entire week and the store ran out of inventory on another 120 items before a new shipment arrived at the end of the week. What was the store's stockout probability last week? [2]

Answer rating: 100% (QA)

Step 12 Solution1 Answer No of items available Total Items in stock Unava... View the full answer