United Airlines has an agreement to buy jet fuel from Exxon. The goal isto minimize total cost (i.e., ordering cost + holding cost). The annualdemand for fuel is 201,000 barrels. Exxon charges United $3740 toprocess each order. United incurs a holding cost of $20 per barrel.When purchasing using the EOQ (from last question), what is the order cycletime (days between orders) for United?Note: round your answer to the nearest 1 decimal place. For example,answer like 12.3Answer:Check

Given data: Annual demand (D) = 201,000 barrel Order cost (S) = $ 3740 Holding cost (H) = $ 20…

Answered: United Airlines has an agreement to buy…

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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Question Two Calculate the Total annual cost D=1,500units Q*= 250 units S = $10 per order N = 5 orders per year H= $.50per unit per year T= 50 days. Question Three The following information is given to you D = 19,000 units/yr; H = $4/unit/year; S=$25/order. Calculate the EOQ, Annual holding cost and annual ordering cost. Question Four The following information is given to you, D = 200 units/yr; H = $4/unit/year; Q= 60. Calculate the annual setup cost.
ECUR UMIC ORDER QUANTITY CALCULATIONS (2 QUESTIONS) Company uses 800 units of a product per year on a continuous basis. The product year and order costs of $300 per order. It takes 30 days to receive a shipment after an order is placed and the a safety stock of 5 days usage in inventory. has carrying costs of $50 A. Calculate the economic order quantity a. 98 B. Determine the reorder a. 150 days (3 CASH DISCOUNTS point. ONS) (Assume (EOQ). a 360-day year.) per unit per firm requires
The seasonal demand for a particular product is given below: Period 12 3 4 56 Demand 300 450 100 450 450 100 The fixed parameters are: Fixed Cost $8 Unit Production Cost $1 Holding Cost $1.3 Calculate total ordering cost using the following three methods: i) Lot-for-Lot ii) Wagner-Whitin algorithm iii) Fixed order quantity
A gift shop sells Little Lentils dolls at a steady pace of 10 per day, 310 days per year. The cost of the dolls is $5, and the gift shop uses an annual interest rate of 20 percent to compute holding cost. Question 1: If the shop wants to place an average of 20 replenishments orders per year, what order quantity should it use? Question 2: If the shop calculates EOQ for ordering dolls and gets 100, what is the implied fixed order cost (K) Question 3: If the shop estimates that the cost of placing an order is $10, what is the optimal order quantity (EOQ)?
Current decision to buy: Ross White's machine shop uses 200 brackets each month during the course of a year. This usage is relatively constant throughout the year. Currently, these brackets are purchased from a supplier 100 miles away for $16 each and the lead time is 2 days. The holding cost per bracket per year is $1.60 (10% of the unit cost) and the annual ordering cost per order is $18.50. There are 240 working days per year. Possible future decision to make in-house: Ross White is reconsidering his decision of buying the brackets and is considering making the brackets in-house. He has determined the set up costs would be $24.50 in machinist time and lost production time. Forty eight brackets could be produced in a day once the machine has been set up. Ross estimates that the cost (including labor and materials) of producing one bracket would be $14.85. The holding cost would be 10% of the cost. a. What is the EOQ given Ross' current decision to buy the brackets? What is the total…
The seasonal demand for a particular product is given below: Period 1 2 3 4 5 6 Demand 300 450 100 450 450 100 The fixed parameters are: Fixed Cost $8 Unit Production Cost $1 Holding Cost $ 1.3 Calculate total ordering cost using following three methods: i) Lot-for-Lot ii) Wagner-Whitin algorithm iii) Fixed order quantity Which method you will chose to order and why? Please do fast... ASAP... do fast
13.37. Kelly's Tavern serves Shamrock draft beer to its customers. The daily demand for beer is normally distributed, with an average of 20 gallons and a standard deviation of 4 gallons. The lead time required to receive an order of beer from the local distributor is 12 days. Determine
1. Michael Traci, the new inventory manager at Magyar Golf Supplies, is considering using the economic order quantity for controlling inventory. He wants you to apply the EOQ to a sample product, the Super-Z Wedge. The Super-Z Wedge has an average demand of 30 units/period with an ordering cost of $30/order. The cost of carrying a Super-Z Wedge in inventory is $2.00/unit/ period. No safety stock is carried for this item. a. Calculate the economic order quantity. b. Calculate the average cycle stock for this item using the order quantity in question a. c. Assuming there are 12 periods per year, calculate total cost per year.
Current decision to buy: Ross White's machine shop uses 300 brackets each month during the course of a year. This usage is relatively constant throughout the year. Currently, these brackets are purchased from a supplier 100 miles away for $25 each and the lead time is 2 days. The holding cost per bracket per year is $3.75 (15% of the unit cost) and the annual ordering cost per order is $18.50. There are 240 working days per year. Possible future decision to make in-house: Ross White is reconsidering his decision of buying the brackets and is considering making the brackets in-house. He has determined the set up costs would be $22.50 in machinist time and lost production time. Forty eight brackets could be produced in a day once the machine has been set up. Ross estimates that the cost (including labor and materials) of producing one bracket would be $22.85. The holding cost would be 12% of the cost. What is the EOQ given Ross' current decision to buy the brackets? What is the…
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Basic EOQ. This type of problem can be recognized when annual demand (D), ordering cost (S), andholding or carrying cost per unit (H) are given. Use Formula 13–2 for order quantity, Formula 13–1for total cost, and D/Q for number of orders a year.A toy manufacturer uses approximately 32,000 silicon chips annually. The chips are used at asteady rate during the 240 days a year that the plant operates. Annual holding cost is $3 per chip, andordering cost is $120. Determine the following:a. The optimal order quantityb. The number of workdays in an order cycle
The seasonal demand for a particular product is given below: Period 123 4 5 6 Demand 300 450 100 450 450 100 The fixed parameters are: Fixed Cost $8 Unit Production Cost $1 Holding Cost $1.3 Calculate total ordering cost using following three methods: i) Lot-for-Lot ii) Wagner-Whitin algorithm iii) Fixed order quantity

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