The rate of consumption of an item is 20 units per year. The cost of procurement (i.e. placing an order and receiving the goods) per order is Rs. 40. The unit cost is Rs. 100. Inventory carrying cost is 0.16% and it depends upon the average stock. Use Model I to determine: (i) EOQ (ii) If lead time is 3 months, determine the reorder point

The rate of consumption of an item is 20 units per year. The cost of procurement (i.e. placing an order and receiving the goods) per order is Rs. 40. The unit cost is Rs. 100. Inventory carrying cost is 0.16% and it depends upon the average stock. Use Model I to determine: (i) EOQ (ii) If lead time is 3 months, determine the reorder point

Cornerstones of Cost Management (Cornerstones Series)

4th Edition

ISBN:9781305970663

Author:Don R. Hansen, Maryanne M. Mowen

Publisher:Don R. Hansen, Maryanne M. Mowen

Chapter2: Basic Cost Management Concepts

Section: Chapter Questions

Problem 3CE: Pietro expects to produce 50,000 units and sell 49,300 units. Beginning inventory of finished goods...

See similar textbooks

Similar questions

A company wishes to establish an EOQ for an item for which the annual demandis $800,000, the ordering cost is $32, and the cost of carrying inventory is 20%.Calculate the following:a. The EOQ in dollars.b. Number of orders per year.c. Cost of ordering, cost of carrying inventory, and total cost.d. How do the costs of carrying inventory compare with the costs of ordering?
= $ 15, Assume that D = 5,000, k = $ 186, c = and five setups (orders) are required per year. What is the percentage per unit per year of the implicit cost of holding inventory? (result in percentage)
A products demand in each period follows a Normal distribution with mean of 60 and standard deviation of 10. The order up to level S is 204. Lead time is 2 periods. What is the expected on hand inventory ? Show all formulas used, calculations and results. Do on Black Bd b. What is the stoch out probability. Show all formulas used, calculations and results. For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac).
What is the average age of inventory for Patsy if it has sales of P320,000, an average inventory of P5,333, and cash conversion cycle of 20 days ? Assume that the cost of sales is 55% of Sales.
The purchase price of an item of inventory is $25 per unit. In each three month period the usage of the item is 20,000 units. The annual holding costs associated with one unit equate to 6% of its purchase price. The cost of placing an order for the item is $20. What is the Economic Order Quantity (EOQ) for the inventory item to the nearest whole unit?
Given: Peter Piper has projected sales of 72,000 pipes this year, ordering cost of P6 per order, and carrying costs of P2.40 per pipe. With the given data, can you give me the solution on how to get: -What is the economic ordering quantity? -Total inventory cost at EOQ -How many orders will be placed during the year?-What will the average inventory be? Thank you in advance.
You are provided with the following data: inventory - to -sale conversion period = 100days Sale - to - cash conversionperiod = 46 days Purchase - to -payment conversion period30 days What is the operatingcycle?
The order cost per order of an inventory is OMR. 60 with an annual carrying cost of OMR. 4 per unit. The annual demand is 12000 units. Calculate: Economic Ordering Quantity, Number of Orders per year and Ordering cost per year. a. 500 units, 20 Orders and 1200 OMR b. 480 units, 20 Orders and 1500 OMR c. 400 units, 20 Orders and 1800 OMR d. 600 units, 20 Orders and 1200 OMR
2. Hamid Company consumes inventory of 100,000 units of components per year. The carrying cost per unit is RO 3.50. The fixed order cost is RO 20 per order. The production planning is 365-day year. The delivery time is three days. a. Calculate and interpret the Economic Order Quantity (EOQ). b. At what inventory level should Hamid Company place another order. Interpret.
Given the following percentage costs of carrying inventory, calculate the annual carrying cost if the average inventory is $1 million. Capital costs are 10%, storage costsare 6%, and risk costs are 9%.
Q3) suppose that the demand for a product is 2000 per year, and the items are withdrawn uniformly. The order cost is 150$ and the inventory holding cost is 0.5$ per item per month. Assuming shortages are not allowed, find: 1- The economic order quantity. 2- The number of ordering during the year (order frequency). 3- The interval between two orders. 4- The annual cost.
An inventory item has a demand of 10,000 units per month. The cost of each unit is $6, and the interest on tied-up money is 10%. The average ordering cost is $250 per order. a) What is the EOQ? units (round your response to the nearest integer). b) What is the optimal number of orders per year? to the nearest integer) c) What is the optimal number of days between any two orders? your response to the nearest integer) d) What is the annual holding cost? $ nearest integer) orders (round your response e) What is the total annual cost of the inventory system? $ to the nearest integer) days (round per year (round your response to the (round your response