Calculate the reorder level 1. Calculate the maximum level of inventory 2. Calculate the minimum (buffer) inventory level

The following data represent the beginning inventory and, in order of occurrence, the purchases and sales of Meow, Inc. for an operating period. Units Unit Total Units Cost Cost Sold Beginning Inventory 50 $62 $3,100 Sale No. 1 40 Purchase No. 1 30 50 1,500 Sale No. 2 32 Purchase No. 2 40 44 1,760 Totals 120 $6,360 72 Assuming Meow, Inc. uses LIFO perpetual inventory procedures, the ending inventory cost is:

Palin’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 in the following table to determine the optimal inventory target level (or order-up-to level).                   Annual demand   2,750 mufflers Ordering cost $ 35 per order Standard deviation of daily demand   6 mufflers per working day Service probability   76 % Item cost $ 28.00 per muffler Lead time   4 working days Annual holding cost   22 % of item value Working days   275 per year Review period   21 working days             a. What is the optimal target level (order-up-to level)?      If the service probability requirement is 93 percent, the optimal target level will: Increase Decrease Stay the same

The distribution manager for Divine Corporation is trying to establish the most economic ordering policy for the standard model of its best-selling microwave oven. He has control of the finished goods warehouse for the factory and must satisfy wholesaler demand. The following information is available:   Wholesale Value $100 Annual Demand 50,000 units Standard Deviation of Demand 30 units per day Working Year 250 days Production Lead Time 9 days Ordering Cost for Production $1,800 Holding Cost per unit per year 20% of value Desired Service Level 96 percent       If Divine decides to use a continuous review system, what should be economic order quantity, safety stock, and the reorder point? If on the other hand, Divine wishes to use the periodic review system, what should be the safety stock, reorder point? If the current on hand inventory is 1,000 units, how many units should be ordered?

Wear A Mask (WAM) uses a continuous review system and operates 52 weeks per year with the following characteristics: Demand (d) = 52,505 units/week Ordering cost (S) = $55.00/order Holding cost (H) = $2.50/unit/year ■ Lead time (L) = 3 week(s) Cycle-service level = 90%, z = 1.28 ▪ Demand is normally distributed, with a standard deviation of weekly demand of 103 units. ■ ▪ Current on-hand inventory is 1,040 units, with no scheduled receipts and no backorders. What is the optimal order quantity? (Enter your response rounded to nearest whole number.)

6-30 After analyzing the costs of various options for obtaining brackets, Ross White (see Problems 6-27 through 6-29) recognizes that although he knows that the lead time is 2 days and the demand per day averages 10 units, the demand during the lead time often varies. Ross has kept very careful records and has determined that lead time demand is normally distributed with a standard deviation of 1.5 units. (a) What Z value would be appropriate for a 98% service level? (b) What safety stock should Ross maintain if he wants a 98% service level? (c) What is the adjusted ROP for the brackets? (d) What is the annual holding cost for the safety stock if the annual holding cost per unit is $1.50? I'm stuck on c and d

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First Printing has contracts with legal firms in San Francisco to copy their court documents. Daily demand is almost constant at 11,100 pages of documents. The lead time for paper delivery is normally distributed with a mean of 1 day and a standard deviation of 1 day. A 95% service level is expected. Compute First's ROP. Refer to the standard normal table for z-values. The reorder point is documents (round your response to the nearest whole number). Z-Table Z 0.38 0.50 0.67 0.84 1.04 1.28 1.41 1.56 1.65 1.75 1.88 2.06 2.33 Print Pr(Z) 65 69 75 80 85 90 92 94 95 96 97 98 99 Done - X

In ABC inventory analysis, which of the following is FALSE for class A items? Select one: a. Class A items together make up a higher percentage of total inventory value ($) than either class B or class C items. b. Tighter control of class A items (than for class B or class C items) is appropriate. c. It is advisable to manage Class A items using an automated computer system. d. Class A items together make up smaller percentage of inventory items than class C items. e. Class A items individually may have any value ($): small, medium or high.

A manager must set up inventory ordering systems for two new production items, P34 and P35.P34 can be ordered at any time, but P35 can be ordered only once every four weeks. The companyoperates 50 weeks a year, and the weekly usage rates for both items are normally distributed. Themanager has gathered the following information about the items.Item P34 Item P35Average weekly demand 60 units 70 unitsStandard deviation 4 units per week 5 units per weekUnit cost $15 $20Annual holding cost 30% 30%Ordering cost $70 $30Lead time 2 weeks 2 weeksAcceptable stockout risk 2.5% 2.5%a. When should the manager reorder each item?b. Compute the order quantity for P34.c. Compute the order quantity for P35 if 110 units are on hand at the time the order is placed.