.. (2) . (3)gion2x + y = 80x 20, y 20 (non negative constraint)stus draw the graph of the system of inequalities (1) to (3). The feasible reziris shown (shaded) in the Fig 12.8. Observe that the feasible region is boundt.bounded.he coordinates of the corner points 0, A, B and Care (0.0), (40,0), (30, 20) andrespectively. Let us evaluate the objective function Z = 10500 x + 9000y atvertices to find which one gives the maximum profitdont answer please

.. (2) . (3)gion2x + y = 80x 20, y 20 (non negative constraint)stus

1.	.. (2) . (3)gion2x + y = 80x 20, y 20 (non negative constraint)stus draw the graph of the system of inequalities (1) to (3). The feasible reziris shown (shaded) in the Fig 12.8. Observe that the feasible region is boundt.bounded.he coordinates of the corner points 0, A, B and Care (0.0), (40,0), (30, 20) andrespectively. Let us evaluate the objective function Z = 10500 x + 9000y atvertices to find which one gives the maximum profitdont answer please
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