The solution of a problem to maximize the objective function \[z=x+2y\] under the constraints \[x-y\le 2\], \[x+y\le 4\] and \[x,\ y\ge 0\], is

The solution of a problem to maximize the objective function \[z=x+2y\

1.	The solution of a problem to maximize the objective function \[z=x+2y\] under the constraints \[x-y\le 2\], \[x+y\le 4\] and \[x,\ y\ge 0\], is
A.	\[x=0,\ y=4,\ z=8\]
B.	\[x=1,\ y=2,\ z=5\]
C.	\[x=1,\ y=4,\ z=9\]
D.	\[x=0,\ y=3,\ z=6\]
Answer» B. \[x=1,\ y=2,\ z=5\]

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The solution of a problem to maximize the objective function \[z=x+2y\] under the constraints \[x-y\le 2\], \[x+y\le 4\] and \[x,\ y\ge 0\], is

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