Annual demand for a product is 8,840 units; weekly demand is 170 units with a standard deviation of 65 units. The cost of placing an order is $90, and the time from ordering to receipt is four weeks. The annual inventory carrying cost is $0.90 per unit. Suppose the production manager is told to reduce the safety stock of this item by 125 units. If this is done, what will the new service probability be?
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Annual demand for a product is 8,840 units; weekly demand is 170 units with a standard deviation of 65 units. The cost of placing an order is $90, and the time from ordering to receipt is four weeks. The annual inventory carrying cost is $0.90 per unit.
Suppose the
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- The annual demand for a product is 16,800 units. The weekly demand is 323 units, with a standard deviation of 95 units. The cost to place an order is $31.50, and the time from ordering to receipt is two weeks. The annual inventory carrying cost is $0.20 per unit. Find the reorder point necessary to provide a 90% service probability. Suppose the production manager is asked to reduce the safety stock of this item by 40 percent. If she does so, what will the new service probability be? Round to the whole number for the final answer.The annual demand for a product is 15,600 units. The weekly demand is 300 units with a standard deviation of 90 units. The cost to place an order is $32.00, and the time from ordering to receipt is four weeks. The annual inventory carrying cost is $0.20 per unit. Find the reorder point necessary to provide a 98 percent service probability then suppose the production manager is asked to reduce the safety stock of this item by 55 percent. If she does so, what will the new service probability be? Use Excel's NORM.S.INV() function to find the z value and probability.The annual demand for a product is 15,200 units. The weekly demand is 292 units with a standard deviation of 80 units. The cost to place an order is $33.50, and the time from ordering to receipt is two weeks. The annual inventory carrying cost is $0.10 per unit. The reorder point is 730. Suppose the production manager is asked to reduce the safety stock of this item by 45 percent. If she does so, what will the new service probability be? (Use Excel's NORMSDIST() function to find the correct probability for your computed Z-value. Round "z" value to 2 decimal places and final answer to 1 decimal place.) *The answer is not 28% or 42% or 58% or 71% or 86.6% or 90%
- The annual demand for a product is 15,600 units. The weekly demand is 300 units with a standard deviation of 90 units. The cost to place an order is $31.20 and the time from ordering to receipt is four weeks. The annual inventory carrying cost is $0.10 per unit. Find the reorder point necessary to provide a 98 percent service probability. Suppose the production manager is asked to reduce the safety stock of this item by 50 percent. If she does so, what will the new service probability be?The annual demand for a product is 15,200 units. The weekly demand is 292 units with a standard deviation of 80 units. The cost to place an order is $33.50, and the time from ordering to receipt is two weeks. The annual inventory carrying cost is $0.10 per unit. a. Find the reorder point necessary to provide a 90 percent service probability. b. Suppose the production manager is asked to reduce the safety stock of this item by 45 percent. If she does so, what will the new service probability be?Annual demand for a product is 11,960 units; weekly demand is 230 units with a standard deviation of 50 units. The cost of placing an order is $125, and the time from ordering to receipt is four weeks. The annual inventory carrying cost is $0.80 per unit. To provide a 98 percent service probability, what must the reorder point be? Suppose the production manager is told to reduce the safety stock of this item by 125 units. If this is done, what will the new service probability be?
- A Mercedes dealer pays $40,000 for each car purchased (wholesale price). The annual holding cost is estimated to be 30% of the dollar value of inventory. The dealer sells an average of 1200 cars per year. They believe that demand is backlogged but estimate that if they are short one car for one year, the loss in future profits is about 10% of the wholesale price. Each time the dealer places an order for cars, ordering costs amount to $1600. Assume there are 360 work days per year. Question: If the Mercedes dealer wants to limit backorders so that they occur 20% of the time, what is the maximum number of backorders that should be allowed (assuming the optimal order quantity doesn't change)?The annual demand for a product is 15,600 units. The weekly demand is 300 units with a standard deviation of 90 units. The cost to place an order is $32.00, and the time from ordering to receipt is four weeks. The annual inventory carrying cost is $0.20 per unit. The reorder point necessary to provide a 98 percent service probability is 1,569 units. Suppose the production manager is asked to reduce the safety stock of this item by 55 percent. If she does so, what will the new service probability be? Use Excel's NORM.S.DIST() function to find the correct probability for your computed z value.Annual demand for a product is 8,840 units; weekly demand is 170 units with a standard deviation of 65 units. The cost of placing an order is $90, and the time from ordering to receipt is four weeks. The annual inventory carrying cost is $0.90 per unit. a. To provide a 99 percent service probability, what must the reorder point be? b. Suppose the production manager is told to reduce the safety stock of this item by 125 units. If this is done, what will the new service probability be?
- The materials manager for a billiard ball maker must periodically place orders for resin, one of the raw materials used in producing billiard balls. She knows that manufacturing uses resin at a rate of 50 kilograms each day, and that it costs $.04 per day to carry a kilogram of resin in inventory. She also knows that the order costs for resin are $100 per order, and that the lead time for delivery is four days. If the order size was 1,000 kilograms of resin, what would be the average inventory level?A retailer carries 10,000 items in its store. During the week, there is some demand for 6000 of the items. Among those, there are 100 products for which all of the demand was not satisfied and 400 products for which only some of demand was satisfied. a. What is their in-stock probability for this week?b. What is their stockout probability for this week?The annual demand for a product is 14,500 units. The weekly demand is 279 units with a standard deviation of 85 units. The cost to place an order is $32.00, and the time from ordering to receipt is six weeks. The annual inventory carrying cost is $0.20 per unit. a. Find the reorder point necessary to provide a 95 percent service probability. (Use Excel's NORM.S.INV() function to find the z value. Round z value to 2 decimal places.) b. Suppose the production manager is asked to reduce the safety stock of this item by 55 percent. If she does so, what will the new service probability be? (Use Excel's NORM.S.DIST() function to find the correct probability for your computed z value. Round "z" value to 2 decimal places and final answer to 1 decimal place.)