Exercise (Practise Problem) Minimize Z=4x_(1)+3x_(2) Subject to 2x_(1)+x_(2)=10 -3x_(1)+2x_(2)=6 x_(1),x_(2)=0 use the big M method Exercise (practise Problem) Using dual simplex method to solve the following LPP, Maximize Z=-2x_(1)-2x_(2)-4x_(3) Subject to the constraints 2x_(1)+3x_(2)+5x_(3)=2 3x_(1)+x_(2)+ solutionspile.com

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Exercise (Practise Problem) Minimize Z=4x_(1)+3x_(2) Subject to 2x_(1)+x_(2)>=10 -3x_(1)+2x_(2)<=6 and x_(1)+x_(2)>=6 x_(1),x_(2)>=0 use the big M method Exercise (practise Problem) Using dual simplex method to solve the following LPP, Maximize Z=-2x_(1)-2x_(2)-4x_(3) Subject to the constraints 2x_(1)+3x_(2)+5x_(3)>=2 3x_(1)+x_(2)+7x_(3)<=3 x_(1)+4x_(2)+6x_(3)<=5 and x_(1),x_(2),x_(3)>=0 solutionspile.com

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