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Rewrite the objective function into a maximization function. Minimize w = 2y1 + Y2 + 3y3 subject to: 3y, + 2y2 + y3 2 59 Y2 + Y3 2 13 2y1 + y2 2 33 y1 20, y2 2 0, y320 O A. Maximize z = 2x, + X2 + 3x3 - X4 O B. Maximize z = - X2 - X3 < 24 OC. Maximize z = - 2x, - X2 – 3x3 O D. Maximize z = - 2x1 - X2 < 20

Rewrite the objective function into a maximization function. Minimize w = 2y1 + Y2 + 3y3 subject to: 3y, + 2y2 + y3 2 59 Y2 + Y3 2 13 2y1 + y2 2 33 y1 20, y2 2 0, y320 O A. Maximize z = 2x, + X2 + 3x3 - X4 O B. Maximize z = - X2 - X3 < 24 OC. Maximize z = - 2x, - X2 – 3x3 O D. Maximize z = - 2x1 - X2 < 20

Advanced Engineering Mathematics
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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Rewrite the objective function into a maximization function. Minimize w = 2y1 + Y2 + 3y3 subject to: 3y, + 2y2 + y3 2 59 Y2 + y3 2 13 2y1 + y2 2 33 У120, У2 2 0, Уз 20 O A. Maximize z = 2x, + X2 + 3x3 - X4 О В. Махimize z %3D - х2 - Х3 24 O C. Maximize z = - 2x1 - X2 - 3x3 O D. Маximize z%3D - 2x1 -X, s 20
Transcribed Image Text:Rewrite the objective function into a maximization function. Minimize w = 2y1 + Y2 + 3y3 subject to: 3y, + 2y2 + y3 2 59 Y2 + y3 2 13 2y1 + y2 2 33 У120, У2 2 0, Уз 20 O A. Maximize z = 2x, + X2 + 3x3 - X4 О В. Махimize z %3D - х2 - Х3 24 O C. Maximize z = - 2x1 - X2 - 3x3 O D. Маximize z%3D - 2x1 -X, s 20
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