Your supplier gives you a quantity discount if you buy at least 500 units at a time, a price of $4.90. Your ordering cost is $30, and the interest rate is 22% of the unit cost. Annual demand is 2,000, so the EOQ is 334. Calculate the total costs (consisting of holding, ordering, and cost of goods), assuming that you buy at least enough to get the quantity discount.

Your supplier gives you a quantity discount if you buy at least 500 units at a time, a price of $4.90. Your ordering cost is $30, and the interest rate is 22% of the unit cost. Annual demand is 2,000, so the EOQ is 334. Calculate the total costs (consisting of holding, ordering, and cost of goods), assuming that you buy at least enough to get the quantity discount.

Purchasing and Supply Chain Management

6th Edition

ISBN:9781285869681

Author:Robert M. Monczka, Robert B. Handfield, Larry C. Giunipero, James L. Patterson

Publisher:Robert M. Monczka, Robert B. Handfield, Larry C. Giunipero, James L. Patterson

Chapter16: Lean Supply Chain Management

Section: Chapter Questions

Problem 10DQ: The chapter presented various approaches for the control of inventory investment. Discuss three...

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The chapter presented various approaches for the control of inventory investment. Discuss three additional approaches not included that might involve supply chain managers.
If annual sales for your product are 715, and the holding cost per unit is $5, and the cost to place an order is $350, then: 1. Calculate the EOQ, and round it to 2 decimal places. 2. Calculate the ordering and holding costs, per year, if you use the EOQ. What is the Sum of Ordering and Holding costs (rounded to nearest dollar)?
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A cable company needs to stock universal remote devices. They expect annual demand to be 1000 and ordering cost is $50. The annual holding cost is 25% of the unit price per unit. In addition, supplier has provided below price schedule. How much quantity would you order to minimize the cost? Show calculations to justify your answer. Quantity Unit Price 1-200 $15.00 201 - 399 $14.00
I run a Ford car dealership, and I experience known and constant demand for cars. I sell 10,000 cars annually. The cost of ordering is $819, and the annual cost of holding a car on the lot is $500. What is the economic ordering quantity (EOQ)? Round to the nearest whole number (so if your answer is 443.363, round to 443)
Emery Pharmaceutical uses an unstable chemical compound that must be kept in an environment where both temperature and humidity can be controlled. Emery uses 200 pounds per month of the chemical, estimates the holding cost to be £3.33 (because of spoilage), and estimates order costs to be £10 per order. What quantity should be ordered, and which supplier should be used? Discuss factor(s) should be considered besides total cost.
Each year, Y Company purchases 20,000 units of an item that costs P 640 per unit. The cost of placing an order is P 480, and the cost to hold the item in inventory for one year is P 150. What is the average inventory level, assuming that the minimum inventory level is zero? 2.Determine the total annual ordering cost and the total annual holding cost for the item if the EOQ is used.
I need a detailed explanation on how to solve this problem: A paint shop implements an inventory policy on its stock of white paint, which costs the store $6 per can. Monthly demand for cans of white paint is normal with mean 28 and standard deviation 8. The replenishment lead time is 14 weeks. Excess demand is backordered, but costs $10 per back ordered can in labor and loss of goodwill. There is a fixed cost of $15 per order, and the holding cost is based on 30% interest rate per annum. In your computations, assume 4 weeks per month. - Write down the model name and parameters. - What are the optimal lot size and reorder points for white paint (include the formulas)? - What is the optimal safety stock (include the formula)? *** Suppose the paint shop from the above problem adopts a service level policy. - What are the optimal lot size and reorder points for white paint, such that 90% of the cycles are filled without backordering (include all formulas)? - What is the fill rate…
your company is facing the situation in which the demand is stochastic but the lead time is known with certainty. Your company has recently implemented a periodic review policy in which your inventory is reviewed every 30 days. The demand is normally distributed with a mean of 600 items annually. The lead time is 25 days, and the annual standard deviation is 100 units. Inventory shows 20 parts in stock. Your company has a policy of 90% service level type I. Also, ordering cost in $20 and holding cost is also $20 per item per year. a) find the order quantity for the next period b) how would your answer change if service level is defined as the expected number of parts available from stock.
Assume that JAO, Inc., a manufacturer of electronic test equipment, uses 14,400 units of an item annually. Its order cost is P500 per order, and the carrying cost is P10 per unit per year. It requires 10 days to place and receive an order. 1. The ordering costs is 5,696 4,026 6,000 4,8002. The inventory costs is 6,000 12,000 9,600 8,052
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Please do not give solution in image formate thanku. Firm C’s demand for a product is 60 units per month. Its supplier charges an ordering cost of $40 per order and $35 per unit with a 20% discount for orders of 100 units or more. Firm C incurs a 20% annual holding cost. What is the optimal order quantity that minimizes the total purchasing, ordering, and holding cost? A. 91 B. 100 C. 101 D. 110