Monday

July 28, 2014

July 28, 2014

Posted by **uma** on Wednesday, June 6, 2012 at 3:41am.

The vineyard has 2,500 hours of production capacity, and it requires 12 hours to produce a cask of Blanc, 14.5 hours to produce a cask of Red, and 16 hours to produce a cask of Blush. From past sales the vineyard knows that demand for the Blush will be no more than half of the sales of the other two wines combined. The profit for a cask of Blanc is $7,500, the profit for a cask of Red is $8,200, and the profit for a cask of Blush is $10,500.

Formulate a linear programming model for this problem.

49. Solve the linear programming model formulated in Problem 46 for Mountain Laurel Vineyards by using the computer.

a. If the vineyard were to determine that the profit from Red was $7,600 instead of $8,200, how would that affect the optimal solution?

b. If the vineyard could secure one additional unit of any of the resources used in the production of wine, which one should it select?

c. If the vineyard could obtain 0.5 more tons of grapes, 500 more hours of production capacity, or enough storage capacity to store 4 more casks of wine, which should it choose?

d. All three wines are produced in the optimal solution. How little would the profit for Blanc have to be for it to no longer be produced?

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