Home
Class 12
MATHS
Solve the following liner programming pr...

Solve the following liner programming problems by graphical method: Maximize `Z=-x_1+2x_2` , if possible, Subject to the constraints `x_1-x_2lt=-1` `-x_1+x_2lt=0` `x_1, x_2geq0`

Promotional Banner

Similar Questions

Explore conceptually related problems

Solve each of the following linear programming problems by graphical method. Maximize Z=3x+3y Subject to the constraints x-ylt=1 x+ygeq3 x , ygeq0

Solve each of the following linear programming problems by graphical method. Maximize Z=3x+3y Subject to the constraints x-ylt=1 x+ygeq3 x , ygeq0

Solve the following liner programming problems by graphical method: Maximize Z=50 x+30 y Subject to 2x+ylt=18 3x+2ylt=34 x , ygeq0

Solve the following liner programming problems by graphical method: Maximize Z=5x+3y Subject to 4x+5ylt=15 5x+2ylt=10 x , ygeq0

Solve the following liner programming problems by graphical method: Maximize Z=50 x+30 y Subject to 2x+ylt=18 , 3x+2ylt=34 x , ygeq0

Solve each of the following linear programming problems by graphical method. Maximize Z=3x_1+5x_2 Subject to x_1+3x_2geq3 x_1+x_2geq2 x_1, x_2geq0

Solve each of the following linear programming problems by graphical method. Maximize Z=x+y Subject to -2x+ylt=1 xlt=2 x+ylt=3 x , ygeq0

Solve the following linear programming problems graphically : Maximize : Z = x + 170y subject to the constraints 3x+2y le 6, x+4y le 16, x, y ge 0 .