Respuesta :

Answer:

The minimum value is [tex]18[/tex]


It occurs at [tex]P(6,0)[/tex]


Step-by-step explanation:



The given objective function is [tex]P(x,y)=3x+5y[/tex]



The vertices of the feasible region are [tex](0,7),(3,7),(6,3),(6,0)[/tex].



We plug in the vertices in to feasible region and evaluate to obtain,



[tex]P(0,7)=3(0)+5(7)[/tex]



[tex]P(0,7)=0+35[/tex]


[tex]P(0,7)=35[/tex]




[tex]P(3,7)=3(3)+5(7)[/tex]



[tex]P(3,7)=9+35[/tex]



[tex]P(3,7)=44[/tex]





[tex]P(6,3)=3(6)+5(3)[/tex]



[tex]P(6,3)=18+15[/tex]




[tex]P(6,3)=33[/tex]






[tex]P(6,0)=3(6)+5(0)[/tex]




[tex]P(6,0)=18+0[/tex]



[tex]P(6,0)=18[/tex]






Answer:

The minimum value is [tex]18[/tex]


It occurs at [tex]P(6,0)[/tex]


Step-by-step explanation:



The given objective function is [tex]P(x,y)=3x+5y[/tex]



The vertices of the feasible region are [tex](0,7),(3,7),(6,3),(6,0)[/tex].



We plug in the vertices in to feasible region and evaluate to obtain,



[tex]P(0,7)=3(0)+5(7)[/tex]



[tex]P(0,7)=0+35[/tex]


[tex]P(0,7)=35[/tex]




[tex]P(3,7)=3(3)+5(7)[/tex]



[tex]P(3,7)=9+35[/tex]



[tex]P(3,7)=44[/tex]





[tex]P(6,3)=3(6)+5(3)[/tex]



[tex]P(6,3)=18+15[/tex]




[tex]P(6,3)=33[/tex]






[tex]P(6,0)=3(6)+5(0)[/tex]




[tex]P(6,0)=18+0[/tex]



[tex]P(6,0)=18[/tex]






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