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Write the dual problem of the following minimum problem. Minimize C= 3x1 + 4x2 subject to the constraints 7x1 + 9x2 25 11x1 + 12x2 26 X1 2 0, x2 z0 Maximize: P = 5y1+ 6y2 subject to the constraints 7y,+ 1ly2 <3 9y1+ 12y2 s4 Yı 20, y2 20 Ob. Maximize: P = 3y1 + 4y2 subject to the constraints 7y1+ 12y2 s5 9y1+ 1ly2 <6 Yı20, y2 20

Write the dual problem of the following minimum problem. Minimize C= 3x1 + 4x2 subject to the constraints 7x1 + 9x2 25 11x1 + 12x2 26 X1 2 0, x2 z0 Maximize: P = 5y1+ 6y2 subject to the constraints 7y,+ 1ly2 <3 9y1+ 12y2 s4 Yı 20, y2 20 Ob. Maximize: P = 3y1 + 4y2 subject to the constraints 7y1+ 12y2 s5 9y1+ 1ly2 <6 Yı20, y2 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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C. Maximize: P = 3y1+ 4y2 subject to the constraints 7y1+ 11y2 s5 9y1 + 12y2 s 6 y12 0, y2 20 d. Maximize: P = 5y1 + 6y2 subject to the constraints 7y1+ 12y2 s 3 9y1+ 1ly2 <4 y12 0, y2 20 O e. Maximize: P = 5y1 + 6y2 subject to the constraints 7yı+ 9y2 11y1+ 12y2 Yı 2 0, y2 20
Transcribed Image Text:C. Maximize: P = 3y1+ 4y2 subject to the constraints 7y1+ 11y2 s5 9y1 + 12y2 s 6 y12 0, y2 20 d. Maximize: P = 5y1 + 6y2 subject to the constraints 7y1+ 12y2 s 3 9y1+ 1ly2 <4 y12 0, y2 20 O e. Maximize: P = 5y1 + 6y2 subject to the constraints 7yı+ 9y2 11y1+ 12y2 Yı 2 0, y2 20
Write the dual problem of the following minimum problem. Minimize C= 3x1 + 4x2 subject to the constraints 7x1 + 9x2 25 11x1 + 12x2 2 6 X1 2 0, X2 2 0 a. Maximize: P = 5y1 + 6y2 subject to the constraints 7y1+ 1ly2 <3 9y1+ 12y2 yı 2 0, y2 20 Ob. Maximize: P = 3y1+ 4y2 subject to the constraints 7y1+ 12y2 9y1+ 1ly2 Y1 2 0, y2 20
Transcribed Image Text:Write the dual problem of the following minimum problem. Minimize C= 3x1 + 4x2 subject to the constraints 7x1 + 9x2 25 11x1 + 12x2 2 6 X1 2 0, X2 2 0 a. Maximize: P = 5y1 + 6y2 subject to the constraints 7y1+ 1ly2 <3 9y1+ 12y2 yı 2 0, y2 20 Ob. Maximize: P = 3y1+ 4y2 subject to the constraints 7y1+ 12y2 9y1+ 1ly2 Y1 2 0, y2 20
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