Exam 24: Monopoly Behavior
Exam 1: Budget Constraint58 Questions
Exam 1: A: Budget Constraint30 Questions
Exam 2: Preferences49 Questions
Exam 2: A: Preferences30 Questions
Exam 3: Utility57 Questions
Exam 3: A: Utility29 Questions
Exam 4: Choice63 Questions
Exam 4: A: Choice31 Questions
Exam 5: Demand79 Questions
Exam 5: A: Demand22 Questions
Exam 6: Revealed Preference58 Questions
Exam 6: A: Revealed Preference26 Questions
Exam 7: Slutsky Equation51 Questions
Exam 7: A: Slutsky Equation30 Questions
Exam 8: Buying and Selling75 Questions
Exam 8: A: Buying and Selling30 Questions
Exam 9: Intertemporal Choice61 Questions
Exam 9: A: Intertemporal Choice30 Questions
Exam 10: Asset Markets46 Questions
Exam 10: A: Asset Markets30 Questions
Exam 11: Uncertainty39 Questions
Exam 11: A: Uncertainty25 Questions
Exam 12: Risky Assets16 Questions
Exam 12: A: Risky Assets10 Questions
Exam 13: Consumers Surplus42 Questions
Exam 13: A: Consumers Surplus30 Questions
Exam 14: Market Demand101 Questions
Exam 14: A: Market Demand25 Questions
Exam 15: Equilibrium48 Questions
Exam 15: A: Equilibrium20 Questions
Exam 16: Auctions36 Questions
Exam 16: A: Auctions25 Questions
Exam 17: Technology52 Questions
Exam 17: A: Technology30 Questions
Exam 18: Profit Maximization52 Questions
Exam 18: A: Profit Maximization21 Questions
Exam 19: Cost Minimization77 Questions
Exam 19: A: Cost Minimization26 Questions
Exam 20: Cost Curves51 Questions
Exam 20: A: Cost Curves20 Questions
Exam 21: Firm Supply41 Questions
Exam 21: A: Firm Supply15 Questions
Exam 22: Industry Supply49 Questions
Exam 22: A: Industry Supply33 Questions
Exam 23: Monopoly76 Questions
Exam 23: A: Monopoly30 Questions
Exam 24: Monopoly Behavior34 Questions
Exam 24: A: Monopoly Behavior20 Questions
Exam 25: Factor Markets24 Questions
Exam 25: A: Factor Markets20 Questions
Exam 26: Oligopoly56 Questions
Exam 26: A: Oligopoly30 Questions
Exam 27: Game Theory34 Questions
Exam 27: A: Game Theory25 Questions
Exam 28: Game Applications28 Questions
Exam 28: A: Game Applications25 Questions
Exam 29: Behavioral Economics34 Questions
Exam 30: Exchange68 Questions
Exam 30: A: Exchange30 Questions
Exam 31: Production35 Questions
Exam 31: A: Production25 Questions
Exam 32: Welfare27 Questions
Exam 32: A: Welfare25 Questions
Exam 33: Externalities42 Questions
Exam 33: A: Externalities25 Questions
Exam 34: Information Technology24 Questions
Exam 34: A: Information Technology15 Questions
Exam 35: Public Goods26 Questions
Exam 35: A: Public Goods20 Questions
Exam 36: Asymmetric Information31 Questions
Exam 36: A: Asymmetric Information20 Questions
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A monopolist sells in two markets. The demand curve for her product is given by p1 = 165 - 3x1 in the first market and p2 = 233 - 4x2 in the second market, where xi is the quantity sold in market i and pi is the price charged in market i. She has a constant marginal cost of production, c = 9, and no fixed costs. She can charge different prices in the two markets. What is the profit-maximizing combination of quantities for this monopolist?
(Multiple Choice)
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A careful analysis of demand for Bubbles in Strasburg, North Dakota, reveals a strange segmentation in the market. (Recall Bubbles is the beverage which produces an unexplained craving for Lawrence Welk's music. It is produced by the process Q = min{
, W}, where R is the number of pulverized Lawrence Welk records and W is gallons of North Dakota well water. PR = $1, PW = $5.) If demand for Bubbles by senior citizens is described by
while demand by those under 65 years old is Qy = 50P-5, how should Bubbles be priced to maximize profits?
(Multiple Choice)
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Miron Floren, of Lawrence Welk Show fame, now tours the country performing at accordion concerts. A careful analysis of demand for tickets to Mr. Floren's concerts reveals a strange segmentation in the market. Demand for tickets by senior citizens is described by
while demand by those under 65 years old is Qy = 50P-4. If the marginal cost of a ticket is $3, how should tickets to Mr. Floren's concerts be priced to maximize profits?
(Multiple Choice)
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A monopolist finds that a person's demand for its product depends on the person's age. The inverse demand function of someone of age y can be written p = A(y) - q, where A(y) is an increasing function of y. The product cannot be resold from one buyer to another and the monopolist knows the ages of its consumers. If the monopolist maximizes its profits,
(Multiple Choice)
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A careful analysis of demand for Bubbles in Strasburg, North Dakota, reveals a strange segmentation in the market. (Recall Bubbles is the beverage which produces an unexplained craving for Lawrence Welk's music. It is produced by the process Q = min{
, W}, where R is the number of pulverized Lawrence Welk records and W is gallons of North Dakota well water. PR = $1, PW = $4.) If demand for Bubbles by senior citizens is described by
while demand by those under 65 years old is Qy = 50P-4, how should Bubbles be priced to maximize profits?
(Multiple Choice)
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Roach Motors has a monopoly on used cars in Enigma, Ohio. By installing secret microphones in the showroom, the friendly salespersons at Roach are able to learn each customer's willingness to pay and can therefore practice first-degree price discrimination, extracting from each customer his entire consumer's surplus. The inverse demand function for cars in Enigma is P = 2,000 - 10Q. Roach Motors purchases its stock of used cars at an auction in Cleveland for $600 each. Roach motors will
(Multiple Choice)
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A monopolist sells in two markets. The demand curve for her product is given by p1 = 122 - 2x1 in the first market and p2 = 306 - 5x2 in the second market, where xi is the quantity sold in market i and pi is the price charged in market i. She has a constant marginal cost of production, c = 6, and no fixed costs. She can charge different prices in the two markets. What is the profit-maximizing combination of quantities for this monopolist?
(Multiple Choice)
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A monopolist who is able to practice third-degree price discrimination charges a higher price in the market that is more elastic.
(True/False)
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In a monopolistically competitive industry with zero profits, each firm will produce less than the amount that minimizes average costs.
(True/False)
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A monopolist has a constant marginal cost of $2 per unit and no fixed costs. He faces separate markets in the United States and England. He can set one price p1 for the U.S. market and another price p2 for the English market. If demand in the United States is given by Q1 = 7,000 - 700p1 and demand in England is given by Q2 = 1,200 - 200p2, then the price in the United States will
(Multiple Choice)
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Disneyland has two possibilities for pricing rides at its theme parks: (1) Set MR = MC for each ride and charge the maximum price consumers will bear. (2) Charge an admission fee to the theme park but allow unlimited rides for free. Using graphs, show which pricing scheme is more profitable for Disneyland.
(Short Answer)
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A monopolist is able to practice third-degree price discrimination between two markets. The demand function in the first market is q = 500 - 2p and the demand function in the second market is q = 1,500 - 6p. To maximize his profits, he should
(Multiple Choice)
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Miron Floren, of Lawrence Welk Show fame, now tours the country performing at accordion concerts. A careful analysis of demand for tickets to Mr. Floren's concerts reveals a strange segmentation in the market. Demand for tickets by senior citizens is described by
while demand by those under 65 years old is Qy = 50P-4. If the marginal cost of a ticket is $4, how should tickets to Mr. Floren's concerts be priced to maximize profits?
(Multiple Choice)
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(88)
Miron Floren, of Lawrence Welk Show fame, now tours the country performing at accordion concerts. A careful analysis of demand for tickets to Mr. Floren's concerts reveals a strange segmentation in the market. Demand for tickets by senior citizens is described by
while demand by those under 65 years old is Qy = 50P-5. If the marginal cost of a ticket is $3, how should tickets to Mr. Floren's concerts be priced to maximize profits?
(Multiple Choice)
4.9/5
(78)
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