A smartphone manufacturer uses approximately 48,000 lithium batteries annually. The batteries are consumed at a steady rate during the 260 workdays per year that the factory operates. The annual holding cost per battery is $0.75, and the ordering cost is $30 per order. What is the number of workdays in an order cycle?

A smartphone manufacturer uses approximately 48,000 lithium batteries annually. The batteries are consumed at a steady rate during the 260 workdays per year that the factory operates. The annual holding cost per battery is $0.75, and the ordering cost is $30 per order. What is the number of workdays in an order cycle?

Cornerstones of Cost Management (Cornerstones Series)

4th Edition

ISBN:9781305970663

Author:Don R. Hansen, Maryanne M. Mowen

Publisher:Don R. Hansen, Maryanne M. Mowen

Chapter17: Activity Resource Usage Model And Tactical Decision Making

Section: Chapter Questions

Problem 6E: Elliott, Inc., has four salaried clerks to process purchase orders. Each clerk is paid a salary of...

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What is the number of work days in an order cycle
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A smartphone manufacturer uses approximately 48,000 lithium batteries annually. The batteries are consumed at a steady rate during the 260 workdays per year that the factory operates. The annual holding cost per battery is $0.75, and the ordering cost is $30 per order. What is the number of workdays in an order cycle?
What is the number of workdays in an order cycle?
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An auto parts supplier sells batteries to car dealers and auto mechanics. The annual demand is approximately 1,200 batteries. The suppliers pays $28 for each battery and estimates that the annual holding cost is $8.40 per year. It costs approximately $20 to place an order. Assume a 250-day working year. a. Compute for the EOQ round off your answer to the nearest whole number. b. Compute for the expected number of orders. Round off your answer to the nearest whole number. c. Compute for the expected time between orders. Round off your answer to the nearest whole number.
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Customers at furniture store demand an average of 6,000 bookcases per year. Each time an order is placed, an ordering cost of $300 is incurred. The annual holding cost for a single desk is 25% of the $200 cost of a bookcase. Assume that the lead time to receive an order is one week. a) Each time an order is placed, how many bookcases should be ordered? b) What is the cycle time, T? c) How many orders should be placed each year? d) Determine the total annual costs of meeting the customers' demands for bookcases.
The Warren W. Fisher Computer Corporation purchases 8,000 transistors each year as components inminicomputers. The unit cost of each transistor is $10, and the cost of carrying one transistor in inventoryfor a year is $3. Ordering cost is $30 per order and finds that deliveries from his supplier generally take 5working days. What are?(a) the optimal order quantity.(b) the expected number of orders placed each year.(c) the expected time between orders? Assume that Fisher operates on a 200-day working year.(d) the reorder point for the transistors.
TimsTabletCo (TTC) produces tablet computers, and it must determine the number of units to be produced during each of the next four months. The following table gives the monthly demand and the monthly cost of producing each unit: Month 1 2 3 4 Demand (in units) 5000 2000 6000 1000 Production Cost (dollars per unit) 400 600 200 300 At the start, before Month 1, TTC has an inventory of 2000 units. Each month, up to 4000 units can be produced. TTC can use the units produced in a particular month in two ways: either use some units to satisfy the demand in the same month, or store some units in inventory for future use. The cost of storing units in inventory is $100 per unit per month. (a) Formulate an LP problem (P) to minimize the total cost of meeting the demands of the next four months. (b) Write the dual LP (D) of (P).