If the vertices of a closed - convex polygon are A(8,0), O(0,0), B (20,10), C(24,5) and D(16,20), then find the maximum value of the objective function `f=(1)/(4)x+(1)/(5) y `.

If the vertices of a feasible region are O(0,0),A(10,0), B(0,20), C(15, 15) , then minimum value of a objective function Z= 10 x - 20y + 30 is….......

If the vertices of a feasible region are O(0, 0), A(10, 0), B(0, 20), C(15, 15), then minimum value of a objective function Z = 10x - 20y + 30 is ………

The vertices of a closed - convex polygon representing the feasible region of the objective function f are (4,0), (2,4),(3,2) and (1,4) . Find the maximum value of the objective function f=7x+8y.

The vertices of a closed - convex polygon representing the feasible region of the objective function f =5x+3y , are (0,0),(3,0),(3,1),(1,3) and (0,4) . Find the maximum value of the objective function.

The corner points of the feasible region are (0, 0), (16, 0), (8, 12), (0, 20). The maximum value of the objective function Z = 22x + 18y is …………

The vertices of a closed convex polygon representing the feasible region of the objective function are (6,2),(4,6),(5,4) and (3,6). Find the maximum value of the function f=7x+11y

The vertices of a reactangle ABCD are A (-1, 0) B (2,0), C (a,b) and D(-1, 4). Then the length of the diagonal AC is

The corner points of the bounded feasible region for L.P problem are A (0,4) ,B (0,5) , C( 3,5) , D(5,3) , E(5,0) ,F(4,0) . Obtain the maximum and minimum value of the objective function z=10 x -7y +1900

The corner points of the bounded feasible region for L.P problem are A (0,4) ,B (0,5) , C( 3,5) , D(5,3) , E(5,0) ,F(4,0) . Obtain the maximum and minimum value of the objective function z=10 x -7y +1900 .