Consider the following LP: 6x, + 4x2 4x, +x, s7 X, +x, 5 4 - X, + x, s 2 A. Maximize subject to X1,X2 2 0 1. The problem above has the origin as a feasible point. Use this to perform a simplex iteration. 2. Sketch the feasible set for your problem. Geometrically, where in the set is the feasible point that the simplex iteration updated to? 3. Perform a second iteration, if possible. Geometrically, what happened when you performed this update?

Consider the following LP: 6x, + 4x2 4x, +x, s7 X, +x, 5 4 - X, + x, s 2 A. Maximize subject to X1,X2 2 0 1. The problem above has the origin as a feasible point. Use this to perform a simplex iteration. 2. Sketch the feasible set for your problem. Geometrically, where in the set is the feasible point that the simplex iteration updated to? 3. Perform a second iteration, if possible. Geometrically, what happened when you performed this update?

Name: Consider the following LP:6x, + 4x,A. Maximizesubject to4x, +x, s 7X1
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Description: Consider the following LP:6x, + 4x,A. Maximizesubject to4x, +x, s 7X1 +x, 54- X1 +x, s 21. The problem above has the origin as a feasible point. Use this to perform a simplexiteration.2. Sketch the feasible set for your problem. Geometrically, where

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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Question

Consider the following LP:
6x, + 4x,
A. Maximize
subject to
4x, +x, s 7
X1 +x, 54
- X1 +x, s 2
1. The problem above has the origin as a feasible point. Use this to perform a simplex
iteration.
2. Sketch the feasible set for your problem. Geometrically, where in the set is the feasible
point that the simplex iteration updated to?
3. Perform a second iteration, if possible. Geometrically, what happened when you
performed this update?

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