By graphical method, the solutions of linear programming problem maximum ` Z = 3x_1 + 5x_2` subject to constraints `3x_1+2x_2 le 18`
`x_1 le 4, x_2 le 6,x_1 ge 0, x_2 ge 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

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 solution of linear programming problem, maximize Z=3x_(1)+5x_(2) subject to 3x_(1)+2x_(2) le 18, x_(1) le 4, x_(2) le 6, x_(1) ge 0, x_(2) ge 0 is ………..

The iinear programming problem Maximise Z=x_1 +x_2 Subject to constraints x_1+2x_2 le le 2000 x_1+ x_2 le 15000 x_2 le 600 x_1 ge has

Solve the linear programming problem. Maximise Z = x + 2y Subject to constraints x - y le 10, 2x +3y le 20 and x ge 0, y ge 0

Solve graphically Linear programming problem Maximize Z = 5x + 3y subject to constraints, 3x + 5y le 15, 5x + 2y le 10, x ge 0, y ge 0 .

Solve the following linear programming problems graphically : Minimise : Z = 3x + 5y subject to constraints -2x+y le 4, x+y ge 3, x-2y le 2, x, y ge 0 .

Solve the following linear programming problem graphically : Minimize Z = - 3x + 4y subject to constraints x + 2y le 8, 3x + 2y le 12, x ge 0, y ge 0 .