Multiple choice: If you were to minimize: 40x + 25y, subject to: 2x + 3y >= 6; x + 5y <= 3; 3x + 2y <= 10; and x; y >= 0, the final values of variables x and y and the optimal solution must be: • 3, 3, and P120 • 3, 0, and P120 • 0, 3 and P120 • Answer not given
Multiple choice: If you were to minimize: 40x + 25y, subject to: 2x + 3y >= 6; x + 5y <= 3; 3x + 2y <= 10; and x; y >= 0, the final values of variables x and y and the optimal solution must be: • 3, 3, and P120 • 3, 0, and P120 • 0, 3 and P120 • Answer not given
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Multiple choice:
If you were to minimize: 40x + 25y, subject to: 2x + 3y >= 6; x + 5y <= 3; 3x + 2y <= 10; and x; y >= 0, the final values of variables x and y and the optimal solution must be:
• 3, 3, and P120
• 3, 0, and P120
• 0, 3 and P120
• Answer not given
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