2. A firm produces two goods, Q1 and Q2. The demand function for Q₁ is: Q₁ = 12- P₁/3, and the demand function for Q2 = 8-P2/5. Meanwhile, the total cost function is TC = Q₁² +2Q1Q2 +3Q₂². a) What are the critical values, or the value of Q1 and Q2 that might maximize the profit, of this firm? b) Use the second order condition to verify that the critical values from a) can maximize the profit of this firm. c) What is the stationary value, or the maximized profit, of this firm?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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2. A firm produces two goods, Q1 and Q2. The demand function for Q₁ is: Q₁ = 12-
P₁/3, and the demand function for Q2 = 8-P2/5. Meanwhile, the total cost function is TC
=Q₁²+2Q1Q2 + 3Q₂².
a) What are the critical values, or the value of Q1 and Q2 that might maximize the profit,
of this firm?
b) Use the second order condition to verify that the critical values from a) can maximize
the profit of this firm.
c) What is the stationary value, or the maximized profit, of this firm?
Transcribed Image Text:2. A firm produces two goods, Q1 and Q2. The demand function for Q₁ is: Q₁ = 12- P₁/3, and the demand function for Q2 = 8-P2/5. Meanwhile, the total cost function is TC =Q₁²+2Q1Q2 + 3Q₂². a) What are the critical values, or the value of Q1 and Q2 that might maximize the profit, of this firm? b) Use the second order condition to verify that the critical values from a) can maximize the profit of this firm. c) What is the stationary value, or the maximized profit, of this firm?
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