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THS produces two products from different combinations of the same resources. Details of the products are shown below:
Identify, using graphical linear programming, the optimal production plan for products E and R to maximize THS's profit in the month.
Suggested Answer: A, B, D
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31 comments · newest first
LI
Linwood
11 months ago
Not sure about C, those units seem off to me.
NO
Noble
11 months ago
Yeah, I agree with B too, it just makes more sense.
RO
Ronny
12 months ago
Wait, 870 units of R? That seems way too high!
ZA
Zana
12 months ago
Definitely not A, I’m leaning towards B.
JE
Jeniffer
1 year ago
I think option A looks right, those numbers seem solid.
DE
Devon
1 year ago
I’m leaning towards 375 units of E and 750 units of R, but I’m not entirely confident about the graph interpretation.
CH
Chana
1 year ago
I feel like the answer could be 495 units of E and 670 units of R, but I’m a bit confused about the constraints we discussed.
WA
Wayne
1 year ago
I think the optimal solution might be around 675 units of E and 470 units of R, but I can't recall if that was from a different example.
JO
Josphine
1 year ago
I remember we practiced a similar question on linear programming, but I’m not sure about the exact numbers for E and R.
CO
Corinne
1 year ago
This looks like a tricky one. I'm going to carefully read through the details and think about the potential causes.
TA
Tayna
1 year ago
Okay, I think I've got this. As an architect, the manager's role is to build the enterprise structure that supports the strategic goals and objectives. That sounds like option B to me.
JO
Johnna
1 year ago
Based on the information provided, I think option C looks like the correct configuration to meet the requirements. We need to filter for "Domestic" and exclude product codes starting with "LN".
RI
Ria
1 year ago
Hmm, I'm not sure about this one. I'll have to think it through carefully to make sure I understand the question properly.
FR
Francine
1 year ago
Wait, are we supposed to use the Force to find the right answer? Because I'm getting a disturbance in the graph...
LU
Luther
1 year ago
Whoa, hold up! Option E with 375 units of E and 870 units of R - that's the one that's gonna maximize profit, I can feel it. Trust your instincts, people!
JA
Jackie
1 year ago
Ha! Looks like this question is trying to trick us. I bet the answer is the one that's just slightly off from the obvious choice. My money's on Option D.
SH
Sheron
1 year ago
I'm not convinced. Option C with 475 units of E and 770 units of R might be a better choice. Gotta double-check the numbers on that graph.
SH
Shawnta
1 year ago
No, I still think Option A is the optimal production plan based on the graph.
AN
Andrew
1 year ago
I'm not sure, I think Option C might actually be better. Let's recheck the numbers on the graph.
BO
Bok
1 year ago
I agree, Option A seems to be the most profitable according to the graph.
TI
Tijuana
1 year ago
I think Option A is the best choice. The graph clearly shows it.
HI
Hillary
2 years ago
Option B looks like the optimal solution based on the graph. Maximizing profit by producing 495 units of E and 670 units of R seems reasonable.
PR
Precious
1 year ago
It's always important to carefully analyze the graph to make the best production plan.
PA
Paz
1 year ago
The graph clearly shows that producing 495 units of E and 670 units of R is the way to go.
TE
Teri
1 year ago
I agree, option B does seem like the best choice for maximizing profit.
CA
Carmela
2 years ago
But the profit maximization graph clearly shows that producing 675 units of E and 470 units of R is the best option.
ME
Merilyn
2 years ago
I disagree, I believe the solution is to produce 495 units of E and 670 units of R.
CA
Carmela
2 years ago
I think the optimal production plan is to produce 675 units of E and 470 units of R.
QU
Quentin
2 years ago
But the profit maximization graph clearly shows that producing 675 units of E and 470 units of R is the best option.
MA
Markus
2 years ago
I disagree, I believe the solution is to produce 495 units of E and 670 units of R.
QU
Quentin
2 years ago
I think the optimal production plan is to produce 675 units of E and 470 units of R.