Suppose that the long-run total cost function for a typical producer is given by LRT C = 2004- 3q2 + 0.02q where q is the output of the typical firm. Suppose that the market demand is given by Q = 10000 – 20P, where Q is the total quantity demanded and P is the market price. Assuming that the industry exhibits constant costs and that all firms are identical, what is the long-rum equilibrium output (qR) of a typical producer, long-run equilibrium price (pLR) and number of firms operating (n) at the long-run equilibrium, respectively?

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Chapter1: Making Economics Decisions
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Suppose that the long-run total cost function for a typical producer is given by LRT C = 200q- 3q2 +
0.02q where q is the output of the typical firm. Suppose that the market demand is given by Q =
10000 – 20P, where Q is the total quantity demanded and P is the market price.
Assuming that the industry exhibits constant costs and that all firms are identical, what is the long-run
equilibrium output (qR) of a typical producer, long-run equilibrium price (pLR) and number of firms
operating (n) at the long-run equilibrium, respectively?
qLR = 100, PLR = 40, n=92
%3D
qLR = 50, PLR = 75, n-85
%3D
qLR = 50, PLR = 40, n-92
%3D
qLR = 100, PLR = 75, n=85
%3D
%3D
Transcribed Image Text:Suppose that the long-run total cost function for a typical producer is given by LRT C = 200q- 3q2 + 0.02q where q is the output of the typical firm. Suppose that the market demand is given by Q = 10000 – 20P, where Q is the total quantity demanded and P is the market price. Assuming that the industry exhibits constant costs and that all firms are identical, what is the long-run equilibrium output (qR) of a typical producer, long-run equilibrium price (pLR) and number of firms operating (n) at the long-run equilibrium, respectively? qLR = 100, PLR = 40, n=92 %3D qLR = 50, PLR = 75, n-85 %3D qLR = 50, PLR = 40, n-92 %3D qLR = 100, PLR = 75, n=85 %3D %3D
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