A) 32
B) 24
C) 40
D) None of these
Correct Answer: B
Solution :
[b] Given: \[x+2y\] \[\ge 2\] (1) |
\[x+2y\] \[\le 8\] (2) |
And \[x,y\] \[\ge 0\] |
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For equation (1) \[\frac{x}{2}+\frac{y}{1}=1\] and for equation |
(2) \[\frac{x}{8}+\frac{y}{4}=1\] |
Given: \[z=3x+2y\] |
At point \[(2,0);z=3\times 2+0=6\] |
At point \[(0,1);z=3\times 0+2\times 1=2\] |
At point \[(8,0);z=3\times 8+2\times 0=24\] |
At point \[(0,4);z=3\times 0+2\times 4=8\] |
\[\therefore \] Maximum value of z is 24 at point (8, 0). |
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