Practical Management Science, Loose-leaf Version
Practical Management Science, Loose-leaf Version
5th Edition
ISBN: 9781305631540
Author: WINSTON, Wayne L.; Albright, S. Christian
Publisher: Cengage Learning
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Chapter 12, Problem 54P
Summary Introduction

To show: The sum of the annual ordering cost and the annual holding cost increases by 2.5%.

Inventory and supply chain models:

The functions of inventory and supply chain are one of the most important business decision areas for an organization. The first important aspect of these concepts is to have adequate inventory on hand. The second important aspect is to carry a little amount of inventory as possible.

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If the following data is known in determining the Quantity Discount with EOQ - Demand rate                         = 100.000 - Ordering Cost                       = 5000 - Holding/Carrying cost          = 600 Price Range LOWER UPPER PRICE 1 1 1000 1000 2 1001 1500 900 3 1501 3000 800 4 3001 3500 700 5 3501 3750 650 6 3751 4000 600 Based on the data provided, determine the optimal order quantity and total cost for this case!                 2 1001 1500 900 3 1501 3000 800 4 3001 3500 700 5 3501 3750 650 6 3751 4000 600
the economic order quantity (see Chapter 12 for EOQformulas) for its halogen lamps. It currently buys all halogenlamps from Specialty Lighting Manufacturers in Atlanta. Annualdemand is 2,000 lamps, ordering cost per order is $30, and annualcarrying cost per lamp is $12.a) What is the EOQ?b) What are the total annual costs of holding and ordering(managing) this inventory?c) How many orders should D iscount-Mart place with SpecialtyLighting per year?
Order Quantity and Reorder PointDaily demand for a certain product is normally distributed, with a mean of 60 and a standard deviation of 7. The source of supply is reliable and maintains a constant lead time of six days. The cost of placing the order is $10 and annual holding costs are $0.50 per unit. There are no stock-out costs, and unfilled orders are filled as soon as the order arrives. Assume sales occur over the entire 365 days of the year. Find the order quantity and reorder point to satisfy a 95 percent probability of not stocking out during the lead time.
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