.
A Manufacturer of microcomputers produces three different models as shown in Table 2.
The following summarizes wholesale prices, material cost per unit, and labor cost per unit.
Annual fixed cost are $25 million.
Model 1 Model 2 Model 3
Wholesale price/unit $500 $1000 $1500
Material Cost / unit $175 $400 $750
Labor cost / unit $100 $150 $225
i. Determine a joint revenue function for sales of the three different microcomputer models
ii. Determine the annual costs function for the manufacturing the three models.
iii. Determine the profit function for sales of the three models?
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The content of the post by @CPhill is outright nonsense of the undebugged computer code.
It is irrelevant to the problem and to its adequate solution.
So, simply ignore the post by @CPhill for the safety of your mind.
See my correct solution below.
(i) The joint revenue function is the function of three arguments (n1,n2,n3),
where n1 is the number of units of Model 1, n2 is the number of units of Model 2,
and n3 is the number of units of Model 3 produced per year.
The joint revenue function is
R(n1,n2,n3) = 500*n1 + 1000*n2 + 1500*n3. ANSWER to (i)
Part (i) is solved.
(ii) The annual cost function is the function of three arguments (n1,n2,n3),
where n1 is the number of units of Model 1, n2 is the number of units of Model 2,
and n3 is the number of units of Model 3 produced per year.
The annual cost function is
C(n1,n2,n3) = 25000000 + (175+100)*n1 + (400+150)*n2 + (750+225)*n3.
= 25000000 + 275*n1 + 550*n2 + 975*n3. ANSWER to (ii)
Part (ii) is solved.
(iii) The profit function is the function of three arguments (n1,n2,n3),
where n1 is the number of units of Model 1, n2 is the number of units of Model 2,
and n3 is the number of units of Model 3 produced per year.
The profit function is
P(n1,n2,n3) = R(n1,n2,n3) - C(n1,n2,n3) = (500-275)*n1 + (1000-550)*n2 + (1500-975)*n3 - 25000000.
= 225*n1 + 450*n2 + 525*n3 - 25000000. ANSWER to (iii)
Part (iii) is solved.
Solved completely.
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Regarding the post by @CPhill . . .
Keep in mind that @CPhill is a pseudonym for some artificial intelligence computer code
(!! some just very outdated version !! ).
The artificial intelligence in solving Math problems is in the experimental stage of development
and it is far from to be a well-tuned.
It can make mistakes and produce nonsense.
It has no feeling of shame - it is shameless.
This time, again, it made an error.
The @CPhill' solutions are copy-paste AI solutions (of its just old outdated version), but there is one essential difference.
Every time, normal AI makes a note at the end of its solutions that Google AI is experimental
and can make errors/mistakes.
All @CPhill' solutions are copy-paste of AI solutions, with one difference:
@PChill never makes this notice and never says that his solutions are copy-past that of Google.
So, he NEVER SAYS TRUTH.
Every time, @CPhill embarrassed to tell the truth.
But I am not embarrassing to tell the truth, as it is my duty at this forum.
And the last my comment.
When you obtain such posts from @CPhill, remember, that NOBODY is responsible for their correctness,
until the specialists and experts will check and confirm their correctness.
Without it, their reliability is ZERO and their creadability is ZERO, too.