A dog food store uses the order-up-to policy to manage its dog food inventory. The order-up-to level S = 360 bags of dog food. Please use the order-up-to policy to determine the orderquantity for the two scenarios below.Scenario 1. The store has 120 bags of dog food on-hand and 200 bags of dog food on-order.The store should orderbags. (Report 0 if you think the store should notorder any more dog food.)Scenario 2. The store has 20 bags of dog food backordered and 400 bags of dog food intransit. The store should orderbags. (Report 0 if you think the storeshould not order any more dog food.)

Given- Order-up-to level of inventory of the Dogfood S = 360 bags Scenario 1:Dog food available on…

Answered: A dog food store uses the order-up-to…

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter2: Introduction To Spreadsheet Modeling

Section: Chapter Questions

Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...

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Similar questions

A demand driven model will likely lead to higher inventory levels due to safety stock. True False
If D = 8,500 per month, S = $42 per order, and H= $2.50 per unit per month, a) What is the economic order quantity? The EOQ is b) How does your answer change if the holding cost doubles? The EOQ is units (round your response to the nearest whole number). The EOQ is units (round your response to the nearest whole number). c) What if the holding cost drops in half? units (round your response to the nearest whole number).
Gyona purchases meat from the local supermarket at $5 per kilo and sell it at $9 per kilo. any unsold meat is sold to the Chinese restaurant near by at $2 per kilo. Gyona is sure that the demand follows a normal distribution with a mean of 100 kilograms and a standard deviation of 15 kilograms. - How many kilograms should she order each day?
16 Brooke Army Medical Center dispenses 390,000 bottles of brand name pharmaceutical annually. The optimal safety stock (which is on hand initially) is 1,000 bottles. Each bottle costs the center $10, inventory carrying costs are 30%, and the cost of placing an order with its supplier is $175. I What is the economic order quantity? Format is x,xxx (number only) What is the maximum inventory for this medication? Format is x,xxx How often must the center order (in days)? Format is xx days or x days How many orders of this pharmaceutical will need to be placed each year? Format is x or xx (number only)
Ray's Satellite Emporium wishes to determine the best order size for its best-selling satellite dish (model TS111). Ray has estimated the annual demand for this model at 1,750 units. His cost to carry one unit is $95 per year per unit, and he has estimated that each order costs $36 to place. Using the EOQ model, how many should Ray order each time? (Round your answer to the nearest whole number.) Optimal order quantity units
Ray wishes to determine the optimal order quantity for its best-selling bike in his bike store. Ray pays the supplier a wholesale price of $118 each for this bike. Ray has estimated the average daily demand for this bike is 23 units. The store opens 304 days a year. The cost to carry one bike in the store for a whole year is 8% of the unit bike cost. Ray has estimated that, on average, the order processing cost, i.e., ordering cost, with the bike supplier each time is $152, and it roughly takes 20 working days to receive the order from the supplier. Ray wishes to avoid the stock-out situation with a probability of 95%, and this requires Ray to carry a safety stock of 30 bikes in the store. What is the optimal order quantity (EOQ value) that Ray should order each time from the bike supplier to minimize his long-run inventory cost?
D7
Oriental Healthcare is a multi-specialty hospital catering to a variety of illnessesconnected to the heart and respiratory systems. The demand for a class of medicalconsumable is generally random. Recently, an examination of the stores records overa period of 10 weeks revealed the following weekly consumption pattern:Week No. Consumption(Units)1 1202 1093 894 1405 1106 1457 778 1209 13010 80The supplier of the item takes on an average 2 weeks to deliver once the order isplaced. Design an appropriate inventory control policy for a periodic review systemfor a review frequency of 4 weeks for a 99% service level
With a normal demand and normal lead-time, increasing the order lead-time results in which of the following? Lower expected costs. Higher service levels. Higher stockout probability. All of the above.
The daily demand for printer paper at the School of Business is approximately normal with a mean of 15.2 boxes and a standard deviation of 1.6 per day. The Administrative Assistant reviews the inventory every 30 days, and the lead time is 5 days. The division set a policy of satisfying 96% of the demand for paper. If there are 125 boxes of printer paper in inventory at the beginning of this review period, how many boxes of printer paper should be ordered? What is the variance of demand during the review period plus the lead-time period? What is the standard deviation of demand during the review period plus the lead-time period? A. Variance = 76.80 Standard deviation = 8.76 B. Variance = 89.60 Standard deviation = 9.47 C. Variance = 9.47 Standard deviation = 89.60 D. Variance = 12.8 Standard deviation = 3.58
ABC analysis is based on the presumption that carefully controlling all items is necessary to produce important inventory savings. A True B False
The weekly demand for a product is 770 units. The standard deviation of daily demand is 10 units. The firm reviews its inventory every 28 days. Each order for the product arrives 9 days after placement. At the time of review, there are 10 units backorder. If 95 percent of all demand is to be satisfied from items in stock: What is the z value corresponding to desired service level? (A number, no space, 2 decimal value)

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