Change the following linear programming model to: (a) Canonical form (b) Standard form: min. Z = 5X₁ + 6X₂ + 2X3 2X₁-4X₂ + 5X3 ≥-35 3X₁ + 2X₂ - 6X3 ≤ 10 5X₁-4X3 = 30 | 5X₁ + 3X₂ | ≥ 20 X2, X3 ≥ 0, X₁ unrestricted in sign S. t.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Change the following linear programming model to:
(a) Canonical form
(b) Standard form:
min. Z = 5X, + 6X2 + 2X3
S. t.
2X1- 4X2 + 5X3 > - 35
3X1+ 2X2 - 6X3 < 10
5X1 - 4X3 = 30
|5X, + 3X,|2 20
X2, X3 2 0, X, unrestricted in sign
Transcribed Image Text:Change the following linear programming model to: (a) Canonical form (b) Standard form: min. Z = 5X, + 6X2 + 2X3 S. t. 2X1- 4X2 + 5X3 > - 35 3X1+ 2X2 - 6X3 < 10 5X1 - 4X3 = 30 |5X, + 3X,|2 20 X2, X3 2 0, X, unrestricted in sign
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