Which term best describes the solution of the situation represented by the system of inequalities? (Assume that x is greater than or equal to 0 and y is greater than or equal to 0.)

Question

haleyelizabeth2017 · Answer

$$x+2y \le 4$$$$x-y \le 1$$$$f(x,y)=3x+2y$$

hero · Answer

This is the same problem type as before

haleyelizabeth2017 · Answer

It is?  I graphed it and found three intersection points, but one is (0,-1).  Would that count?

hero · Answer

"Which term" Implies options to Choose from.

hero · Answer

There's no way to  help you without you listing the
choices.

haleyelizabeth2017 · Answer

Oh, sorry....I was finishing the second problem

haleyelizabeth2017 · Answer

Alternate optimal solutions
one optimal solution
infeasible
unbounded

haleyelizabeth2017 · Answer

I think alternate optimal solutions...?

hero · Answer

Why do you think A is the proper choice?

haleyelizabeth2017 · Answer

Bleh...because there are two feasible options? There are those two intersection points that follow the $x \ge 0$ and $y\ge0$ thing...

haleyelizabeth2017 · Answer

I'm not entirely positive.

hero · Answer

There's likel yonly one optimal solution for this one. you can test it which solution is optional by inserting the possible points into the equation that Represents the feasible region.

hero · Answer

There Can only be one feasible region for the given set of inequalities

haleyelizabeth2017 · Answer

Ah, thank you for your help.  I gotta get going!

hero · Answer

Sorry for the slow response time . It is difficult to use this site on a tablet.

haleyelizabeth2017 · Answer

It's alright :)  I can imagine it would be lol

hero · Answer

My Bluetooth keyboard should be arriving soon. Thaf will make it easier I think

haleyelizabeth2017 · Answer

That's good :) Anyhoo, have a good evening!