3. A soccer team faces demand uncertainty. In the high-demand state, the quantity demanded is QH(p) = 2,000(50 – P); in the low-demand state, it is QL(p) = 2,000(30 – P). The probability that demand is high is h e [0, ½]. Marginal cost is MC= 0, and the stadium has capacity K = 40,000. (i) Find the profit-maximizing ticket price, assuming that the team sells tickets before demand uncertainty is resolved. (ii) Suppose that the team sells tickets after demand uncertainty is resolved instead. Find the profit-maximizing prices. (iii) In which of the two scenarios is the expected value of social surplus higher?
3. A soccer team faces demand uncertainty. In the high-demand state, the quantity demanded is QH(p) = 2,000(50 – P); in the low-demand state, it is QL(p) = 2,000(30 – P). The probability that demand is high is h e [0, ½]. Marginal cost is MC= 0, and the stadium has capacity K = 40,000. (i) Find the profit-maximizing ticket price, assuming that the team sells tickets before demand uncertainty is resolved. (ii) Suppose that the team sells tickets after demand uncertainty is resolved instead. Find the profit-maximizing prices. (iii) In which of the two scenarios is the expected value of social surplus higher?
Managerial Economics: Applications, Strategies and Tactics (MindTap Course List)
14th Edition
ISBN:9781305506381
Author:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris
Publisher:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris
Chapter3: Demand Analysis
Section: Chapter Questions
Problem 1.8CE
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![3. A soccer team faces demand uncertainty. In the high-demand state, the quantity demanded is
QH(p) = 2,000(50 – P); in the low-demand state, it is QL(p) = 2,000(30 – P). The probability that
demand is high is h e [0, ½]. Marginal cost is MC= 0, and the stadium has capacity K = 40,000.
(i) Find the profit-maximizing ticket price, assuming that the team sells tickets before demand
uncertainty is resolved.
(ii) Suppose that the team sells tickets after demand uncertainty is resolved instead. Find the
profit-maximizing prices.
(iii) In which of the two scenarios is the expected value of social surplus higher?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9ac87d00-6aaa-4f34-86ad-b7316a14f701%2Fbedc0c32-df1e-4f5b-aaee-93be1506f362%2Ftxr60q3.png&w=3840&q=75)
Transcribed Image Text:3. A soccer team faces demand uncertainty. In the high-demand state, the quantity demanded is
QH(p) = 2,000(50 – P); in the low-demand state, it is QL(p) = 2,000(30 – P). The probability that
demand is high is h e [0, ½]. Marginal cost is MC= 0, and the stadium has capacity K = 40,000.
(i) Find the profit-maximizing ticket price, assuming that the team sells tickets before demand
uncertainty is resolved.
(ii) Suppose that the team sells tickets after demand uncertainty is resolved instead. Find the
profit-maximizing prices.
(iii) In which of the two scenarios is the expected value of social surplus higher?
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