The Christina Alvarez Company manufactures two lines of designer yard gates, called model A and model B. Every gate requires blending a certain amount of steel and zinc; the company has available a total of 25,000lb of steel and 6,000lb of zinc. Each model A gate requires a mixture of 125lb of steel and 20lb of zinc, and each yields a profit of $70. Each model B gate requires 100lb of steel and 30lb of zinc and can be sold for a profit of $30. The aim of the objective function for Christina Alvarez Company should be to the objective value. Decision variables: X= number of Model A gates to be produced Y= number of Model B gates to be produced Objective function: Z=X+Y Subject to: 125X+100Y20X+30YX,Y025,000(C1)6,000(C2) On the graph on right, constraints C1 and C2 have been drawn. Using the point drawing tool, plot all the corner points for the The aim of the objective function for Christina Alvarez Company should be to the objective value. Decision variables: X= number of Model A gates to be produced Y= number of Model B gates to be produced Objective function: Z=X+Y Subject to: 125X+100Y20X+30YX,Y025,000(C1)6,000(C2) On the graph on right, constraints C1 and C2 have been drawn. Using the point drawing tool, plot all the corner points for the feasible area. The optimum solution is: X=(roundyourresponsetotwodecimalplaces).Y=(roundyourresponsetotwodecimalplaces). Optimal solution value 'Z' = (round your response to two decimal places)