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Mathematics 7 Online
OpenStudy (anonymous):

Describe the linear programming situation for this system of inequalities.

OpenStudy (anonymous):

OpenStudy (anonymous):

@jim_thompson5910 @Hero @robtobey @ash2326 @ganeshie8 @hartnn @hba

OpenStudy (anonymous):

I got this graph for it, I just don't understand the terms!

OpenStudy (anonymous):

@CGGURUMANJUNATH

OpenStudy (cggurumanjunath):

which software have u used here @kirk.freedman

OpenStudy (anonymous):

https://www.desmos.com/calculator

OpenStudy (cggurumanjunath):

k.

OpenStudy (anonymous):

Can you help?

OpenStudy (cggurumanjunath):

OpenStudy (cggurumanjunath):

go through the attachment @kirk.freedman .

OpenStudy (anonymous):

Ok, so what does feasible region mean?

OpenStudy (cggurumanjunath):

means there is an optimal solution.

OpenStudy (anonymous):

Isn't the solution all of this

OpenStudy (anonymous):

making it unbounded since it keeps on going?

OpenStudy (cggurumanjunath):

no.

OpenStudy (cggurumanjunath):

feasible region is a region which is common to all the 3 equations !

OpenStudy (anonymous):

Well what I showed in my picture, the whole area with the black lines is in common?

OpenStudy (cggurumanjunath):

sorry.

OpenStudy (cggurumanjunath):

ur black feasible region is right .

OpenStudy (anonymous):

So what would my answer be then? Alternate optimal solutions?

OpenStudy (cggurumanjunath):

making it unbounded since it keeps on going is right.

OpenStudy (anonymous):

Oh, ok thanks haha.

OpenStudy (cggurumanjunath):

because the area is not bounded.

OpenStudy (cggurumanjunath):

wc.

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