The objective function `z = x_1 + x_2`, subject to `x_1 + x_2 leq 10,-2x_1 + 3x_2 leq 15,x_1 leq 6,x_1 ,x_2 leq 0` has maximum value of the feasible region.

The objective function z = x_1 + x_2 , subject to x_1 + x_2 leq 10,-2x_1 + 3x_2 leq 15,x_1 leq 6,x_1 ,x_2 geq 0 has maximum value of the feasible region.

The objective function Z=x_(1)+x_(2), subject to x_(1) +x_(2) le 10 , - 2x _(1) +3x_(2)le 15, x x_(1) le 6,x_(1),x_(2) ge 0 has maximum value ________ of the feasible region .

The objective function Z=x_1+x_2 subject to the constraints: x_1+x_2leq10,-2x_1+3x_2leq15,x_1leq6, x_1,x_2geq0 has maximum value ________________ of the feasible region .

The objective function, z=4x_(1)+5x_(2), subject to 2x_(1)+x_(2)ge7,2x_(1)+3x_(2)le15,x_(2)le3,x_(1),x_(2)ge0 has minimum value at the point

The objective function, z=4x_(1)+5x_(2), subject to 2x_(1)+x_(2)ge7,2x_(1)+3x_(2)le15,x_(2)le3,x_(1),x_(2)ge0 has minimum value at the point

The objective function Z=4x_(1) +5x_(2) , Subject to 2x_(1) +x_(2) ge 7,2x_(1)+3x_(2) le 15,x_(2)le 3, x_(1),x_(2)ge 0 has minimum value at the point

Minimize Z= 5x_1+3x_2 ''Subject to ":x_1+x_2 le 2 2x_1+x_2 ge 4 x_1,x_2 ge 0

Maximize Z =5x_1+6x_2 "Subject to" : 2x_1 +3x_2 le 6 x_1,x_2 ge 0

Minimize: Z=20x_1+10x_2 "Subject to": x_1+2x_2 le 40 3x_1 -x_2 ge 30 4x_1+3x_2 ge= 60 x_1,x_2 ge 0

Maximize : Z=3x_1+5x_2 "Subject to":x_1+x_2 le 2 3x_1+x_2 ge 3 x_1,x_2 ge 0