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max. Z = 2X+4Y+8 s.t. - X+ 2Y < 2 X -Y<1 X +Y = 2 X,Y 20

max. Z = 2X+4Y+8 s.t. - X+ 2Y < 2 X -Y<1 X +Y = 2 X,Y 20

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Tutorial No. 7 on Solving the linear programming models using Graphical solution Find the optimum solution for the following linear programming model using graphical method. max. Z=2X+4Y+8 st -X+2Ys
Tutorial No. 7 on Solving the linear programming models using Graphical solution Find the optimum solution for the following linear programming model using graphical method. max. Z = 2X +4Y + 8 - X+ 2Y < 2 X -YS1 s.t. X +Y = 2 Х,Y 20 Note: Use a graphical paper in your solution.
Transcribed Image Text:Tutorial No. 7 on Solving the linear programming models using Graphical solution Find the optimum solution for the following linear programming model using graphical method. max. Z = 2X +4Y + 8 - X+ 2Y < 2 X -YS1 s.t. X +Y = 2 Х,Y 20 Note: Use a graphical paper in your solution.
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