Plz Find the Optimum solution . X= _ ( round your reponse to two decimals places )

and find thr optium somution for Y = _( round your reponse to two decimals places )

and then find the objective value ( round two decimal places ) correct answer will recieve thumbs up.

MaximixeZ=2X+6YSubjoctto:1X+2Y8(C1)5X+2Y20(C2)X,Y0 On the graph on fight, the constraints C1 and C2 have been ploted. Whing the point drawing fool, plot the four comet points for the feasible area The optimam saldion is: x=(foundyourresponsetotwodecimalplaces). L.P. Model: MaximizeSubjectto::Z=1X+2Y85X+2Y20X,Y02X+6Y(C1)(C2) On the graph on right, the constraints C1 and C2 have been plotted. Using the point drawing tool, plot the four comer points for the feasible area. The optimum solution is: X=(roundyourresponsetotwodecimalplaces). The objective value at (0,0)=0 at (4,0)=20 at (0,4)=12 at (3,2)=21.00 The optimum solution is: X=3.00Y=2.00objectivevalue=(roundto2nddecimalplace)(roundto2nddecimalplace)(roundto2nddecimalplace) MaximizeZ=Subyjoctto2X+bY1X+2Y8BX+2Y20XYY0(C1)(C2) On the graph on right, the constraita C1 and C2 have been plotied. Using the point drawirg tool, plot the four comer points for the feasible area The optimum tolution is ? xpproundyourresponsetotwodecimalplacedy.