Solve the LPP graphically Max `Z=-x_(1)+2x_(2)` Subject to constraints , `x_(1)-x_(2)<=-1`,`0.5x_(1)+x_(2)<=2`,`x_(1),x_(2)>=0`

Solve the LPP graphically Max quad Z=-x_(1)+2x_(2) Subject to constraints qquad x_(1)-x_(2) 0.5x_(1)+x_(2) x_(1),x_(2)>=0

Solve the following Linear Programming Problem graphically maximize Z=2x_(1)+3x_(2) subject to constraints x_(2) =0,x_(2)>=0

Solve the LPP graphically: Minimize Z = 4x + 5y Subject to the constraints 5x + y ge 10, x + y ge 6, x + 4y ge 12, x , y ge 0

Max Z=3000x_(1)+2000x_(2) Subjected to x_(1)+2x_(2) =0

Solve the following LPP graphically Minimise Z=200x+500y subject to Constraints x+2y>=10,3x+4y =0 , y>=0

By graphical method, the solutions of linear programming problem maximise Z=3x_(1)+5x_(2) subject to constraints 3x_(1)+2x_(2) le 18, x_(1) le 4, x_(2) le 6 x_(1) ge0,x_(2) ge 0 are

The linear programming problem : Maximize z=z=x_(1)+x_(2) subject to constraints x_(1)+2x_(2)le2000,x_(1)+x_(2)le1500,x_(2)le600,x_(1)ge0 has

|x|+2|y|=1 Solve graphically