The production planner for a private label soft drink maker is planning the production of two soft drinks: root beer (R) and sassafras soda (S). Two resources are constrained: production time (T), of which she has at most 12 hours per day; and carbonated water (W), of which she can get at most 1,500 gallons per day. A case of root beer requires 2 minutes of time and 5 gallons of water to produce, while a case of sassafras soda requires 3 minutes of time and 5 gallons of water. Profits for the root beer are $6.00 per case, and profits for the sassafras soda are $4.00 per case. You do not have to come up with an actual solution but how would you formulate this problem to determine the optimal daily profits?  A. Assume that annual holding costs are $100, annual demand is 4900 units and ordering costs are $50 per order for an inventory of mouthwash. Calculate the optimal order quantity of inventor

Practical Management Science
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ISBN:9781337406659
Author:WINSTON, Wayne L.
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Chapter2: Introduction To Spreadsheet Modeling
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The production planner for a private label soft drink maker is planning the production of two soft drinks: root beer (R) and sassafras soda (S). Two resources are constrained: production time (T), of which she has at most 12 hours per day; and carbonated water (W), of which she can get at most 1,500 gallons per day. A case of root beer requires 2 minutes of time and 5 gallons of water to produce, while a case of sassafras soda requires 3 minutes of time and 5 gallons of water. Profits for the root beer are $6.00 per case, and profits for the sassafras soda are $4.00 per case. You do not have to come up with an actual solution but how would you formulate this problem to determine the optimal daily profits? 

A. Assume that annual holding costs are $100, annual demand is 4900 units and ordering costs are $50 per order for an inventory of mouthwash. Calculate the optimal order quantity of inventory.

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