B. Indicate how much slack resource is available at the optimal solution point.

College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter6: Linear Systems
Section6.8: Linear Programming
Problem 34E
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B. Indicate how much slack resource is available at the optimal
solution point.
Transcribed Image Text:B. Indicate how much slack resource is available at the optimal solution point.
The Xecko Tool Company is considering bidding on a job for two airplane wing parts. Each wing part must be
processed through three manufacturing stages; stamping, drilling, and finishing for which the company has
limited available hours. The linear programming model to determine how many of part 1 (x1) and part 2 (x2)
the company should produce in order to maximize its profit is as follows:
Maximize
Z = $650x, + 910x2
Subject to 4x, + 7.5x2 < 105 (stamping, hr.)
6.2x, + 4.9x2 < 90 (drilling, hr.)
9.1x, + 4.1x2 < 110 (finishing, hr.)
X1, X2 20
Transcribed Image Text:The Xecko Tool Company is considering bidding on a job for two airplane wing parts. Each wing part must be processed through three manufacturing stages; stamping, drilling, and finishing for which the company has limited available hours. The linear programming model to determine how many of part 1 (x1) and part 2 (x2) the company should produce in order to maximize its profit is as follows: Maximize Z = $650x, + 910x2 Subject to 4x, + 7.5x2 < 105 (stamping, hr.) 6.2x, + 4.9x2 < 90 (drilling, hr.) 9.1x, + 4.1x2 < 110 (finishing, hr.) X1, X2 20
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