5. Consider the following feasible region: (-27 + yS 10 z+ 4y 26 z+y23 A graph of this feasible set is provided below: (0, 10) (0, 3) (2, 1) (6, 0) (a) Does the objective function p- 3r+5y attain a minimum on the feasible region? Why or why not? And, if so, what is that minimum value and where docs it occur? (b) Does the objective function p 3r+5y attain a maximum on the feasible region? Why or why not? And, if so, what is that maximum value and where does it occur?

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thank you so much to who does this, I have tried this alot and i am having alot of trouble.

5. Consider the following feasible region:
-2r+y < 10
r+ 4y 2 6
I+y > 3
(N0, y 20
A graph of this feasible set is provided below:
(0, 10)
(0, 3)
(2, 1)
(6, 0)
(a) Does the objective function p 3r+5y attain a minimum on the feasible region?
Why or why not? And, if so, what is that minimum value and where does it
occur?
(b) Does the objective function p
Why or why not? And, if so, what is that maximum value and where does it
occur?
3r+5y attain a maximum on the feasible region?
Transcribed Image Text:5. Consider the following feasible region: -2r+y < 10 r+ 4y 2 6 I+y > 3 (N0, y 20 A graph of this feasible set is provided below: (0, 10) (0, 3) (2, 1) (6, 0) (a) Does the objective function p 3r+5y attain a minimum on the feasible region? Why or why not? And, if so, what is that minimum value and where does it occur? (b) Does the objective function p Why or why not? And, if so, what is that maximum value and where does it occur? 3r+5y attain a maximum on the feasible region?
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