A small mail-order company uses 19,500 boxes a year.Holding cost rate is 19 percent of unit cost per year,and ordering cost is $27 per order. The followingquantity discounts are available. Number of Boxes Priceper Box 1,000 to 1,999 $1.20 2,000 to 4.999 1.15 5,000to 9,999 1.10 10,000 or more 1.05 a. Determine theoptimal order quantity. Optimal order quantity 2, 297Numeric Response 1. Edit Unavailable. 2,297incorrect.boxes b. Determine the number of orders peryear. (Round the final answer to 1 decimal place.) No.of orders per year 8.4 Numeric Response 2. EditUnavailable. 8.4 incorrect.

Answered: A small mail-order company uses 19,500…

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 company annually uses 1,200 of a certain spare part that costs $25 for each order and has a $24 annual holding cost. Find the economic order quantity, the annual ordering cost, and the annual holding cost.
Paulin’s muffler shop has one standard muffler that fits a large variety of cars. The shop wishes to establish a periodic review system to manage inventory of this standard muffler. Use the information table to determine the optimal inventory target level (or order-up to level). Annual demand 3,910 mufflers ordering cost $75 per order S/D of daily demand 6 mufflers/wk. day service probability 87% Item cost $ 27.00 per muffler lead time 2 wk. Days Annual holding cost 36 % of item value wk. Days 230 per year Review period 18 working days What is the optimal target levels (order up to levels) use excels NORMSINVI() function to find the correct critical value for the given a-level. Do not round intermediate calculations. Round value 2 decimal places and final answer to the nearest whole number If the service probability is 90%, the optimal target level will increase, decrease or…
Using the fixed-order-quantity model, which of the following is the total ordering cost of inventory given an annual demand of 25,000 units, a cost per order of $80, and a holding cost per unit per year of $16?
Yellow Press, Inc., buys paper in 1,500-pound rolls for printing. Annual demand is 3,000 rolls. The cost per roll is $1,000, and the annual holding cost is 28 percent of the cost. Each order costs $75. Part 2 a. How many rolls should Yellow Press order at a time? Yellow Press should order enter your response here rolls at a time. (Enter your response rounded to the nearest whole number.) Part 3 b. What is the time between orders? (Assume 200 workdays per year.) The time between orders is enter your response here days. (Enter your response rounded to one decimal place.)
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.
As the Manager of Branson’s Department Store, you are responsible for ensuring that reorder quantities for the various items have been correctly established. You decide to test one item and choose product Z. A continuous review inventory policy has been used, so you examine this as well as other records and come up with the following data: Cost per unit $35 Holding cost 20 percent of unit cost Average daily demand 10 units Ordering cost $30 per order Standard deviation of daily demand 3 units Delivery lead time 4 days Because customers generally do not wait but go elsewhere, you decide on a service probability of 90 percent. Assume that Branson’s Department Store operates 320 days per year. [What is the annual demand (D)? Determine the optimal order quantity, Q*. Determine the reorder point (R) if demand is constant. Determine the reorder point (R) if demand is varies.
Thomas Kratzer is the purchasing manager for the headquarters of a large insurance company chain with a central inventory operation. Thomas's fastest-moving inventory item has a demand of 5,900 units per year. The cost of each unit is $101, and the inventory carrying cost is $11 per unit per year. The average ordering cost is $31 per order. It takes about 5 days for an order to arrive, and the demand for 1 week is 118 units. (This is a corporate operation, and there are 250 working days per year). a) What is the EOQ? units (round your response to two decimal places). b) What is the average inventory if the EOQ is used? c) What is the optimal number of orders per year? d) What is the optimal number of days in between any two orders? decimal places). units (round your response to two decimal places). orders (round your response to two decimal places). days (round your response to two e) What is the annual cost of ordering and holding inventory? $ decimal places). per year (round your…
The Hodson Gallery and Art Museum distributes a printed guide for its visitors. There are about 18000 visitors per year. Holding costs for the brochures are 20% and it costs $30 to place an order with the printer. A. Assuming the cost for each guide is $2.50, how many should be printed at a time? B. Now assume the printer has offered the following discount schedule: Category Order Size Unit Cost 1 0 - 1499 $2.50 2 1500 - 2999 $2.20 3 3000 and over $1.80 Now how many brochures should be printed at a time?
The production order quantity for this problem is approximately 332 units. daily demand rate = 64; daily production rate = 100. What is the average inventory on - hand ( in other words - the inventory for which you are paying Holding Costs ) In this problem ?
Given: Demand is 1984 items per month. The order frequency is 8 per quarter. The reorder point is 0. What is the lot size (Q)?
NEED ALL THREE QUESTIONS Item X is a standard item stocked in a company's inventory of component parts. Each year the firm, on a random basis, uses about 2,700 of item X, which costs $25 each. Storage costs, which include insurance and cost of capital, amount to $9 per unit of average inventory. Every time an order is placed for more item X, it costs $6. a. Whenever item X is ordered, what should the order size be? (Round your answer to the nearest whole number.) b. What is the annual cost for ordering item X? (Round your answer to 2 decimal places.) c. What is the annual cost for storing item X? (Round your answer to 2 decimal places.)
For many firms, inventory usage is not uniformthroughout the year but instead follows some seasonal pattern. Can the EOQ model be used in thissituation? If so, how?

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