Exam 17: Externalities and Public Goods
Exam 2: Supply and Demand109 Questions
Exam 3: Using Supply and Demand to Analyze Markets104 Questions
Exam 4: Consumer Behavior119 Questions
Exam 5: Individual and Market Demand103 Questions
Exam 6: Producer Behavior102 Questions
Exam 7: Costs102 Questions
Exam 8: Supply in a Competitive Market93 Questions
Exam 9: Market Power and Monopoly97 Questions
Exam 10: Market Power and Pricing Strategies100 Questions
Exam 11: Imperfect Competition99 Questions
Exam 12: Game Theory96 Questions
Exam 13: Factor Markets70 Questions
Exam 14: Investment, Time, and Insurance77 Questions
Exam 15: General Equilibrium79 Questions
Exam 16: Asymmetric Information79 Questions
Exam 17: Externalities and Public Goods80 Questions
Exam 18: Behavioral and Experimental Economics79 Questions
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A supermarket chain, Whole Paycheck, is planning on opening a store near a residential neighborhood. The neighbors are opposed to the construction, since they believe increased traffic and other nuisances will decrease their home values. According to the Coase theorem, what is the optimal store size? 

(Essay)
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In the age before free agency, the labor of Major League Baseball (MLB) players was the property of their team owners. The owners had complete control of whether to trade their players away or keep them on the roster. In the period of free agency, players have the right to sell their services to the highest-bidding team. The Coase theorem predicted that:
(Multiple Choice)
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Inverse demand for a product is given by P = 1,500 - 0.5Qd while inverse supply is given by P = 300 - Q. The product is generating external marginal benefits equal to $1,000 at every price level. Graph this information. Based on the information, does this product generate a negative or positive externality? Identify any deadweight loss.
(Essay)
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The notion that market participants can negotiate an efficient market outcome, assuming negotiating is costless, is known as the:
(Multiple Choice)
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Use the following to answer question:
Figure 17.13
-(Figure 17.13) According to the graph, MCP is the marginal cost of pollution, MAC is the marginal abatement cost, and the government's erroneous estimate of the marginal abatement cost is estimated MAC. Answer the following questions. 


(Essay)
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For the following situations, use the Coase theorem to explain how a socially efficient solution may arise. 

(Essay)
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Sweet Steel and Molten Metal produce sulfur dioxide emissions during production. The total abatement cost (TAC) and marginal abatement cost (MAC) for each company: Sweet Steel: TACS = 100,000 + 1eS2; MACS = 2eS
Molten Metal: TACM = 100,000 + 1.5eM2; MACM = 3eM
Where eS and eM represent tons of sulfur dioxide emissions eliminated by each company. Suppose the government wants to eliminate 1,000 tons of sulfur dioxide emissions, so it mandates that each firm cut its emissions by 500 tons. What is the total cost (TACS + TACM) of reducing emissions by 1,000 tons?
(Multiple Choice)
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The marginal abatement costs (MAC) for Stark and York Paper are MACs = 0.2es and MACY = 0.25eY, where es and eY represent the amount of emissions cut by each company. The lowest-cost approach to reducing 90 units of emission is for Stark to reduce its emissions by _____ units and York to reduce its emissions by _____ units.
(Multiple Choice)
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The willingness to pay for a new neighborhood playground is shown in the table. The marginal cost of providing the playground is MC = 300 + 0.5Q, where Q is square feet. What is the efficient quantity of the good? 

(Essay)
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Bumper-to-bumper traffic on free public roads, a(n) _____ good, is an example of the _____.
(Multiple Choice)
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The inverse demand for energy-efficient refrigerators is P = 2,000 - 10Q, where Q measures refrigerators per month. The inverse supply of energy-efficient refrigerators is P = 10Q. 

(Essay)
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There are no externalities in the market for brim hats; therefore, the:
(Multiple Choice)
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There are three consumers of a public good; their marginal benefits are given by: Consumer 1: MB = 400 - Q
Consumer 2: MB = 200 - 2Q
Consumer 3: MB = 600 - Q
Where Q is the quantity of the public good. The marginal cost of the public good is MC = 600 + 296Q. What is the socially optimal quantity?
(Multiple Choice)
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Use the following to answer question:
Figure 17.5
-(Figure 17.5) Which of the following statements is (are) TRUE? 


(Multiple Choice)
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Use the following to answer question:
Figure 17.12
-(Figure 17.12) Answer the following questions. 


(Essay)
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Use the following to answer question:
Table 17.2
-(Table 17.2) In an unregulated market, the quantity produced is _____, and a subsidy of _____ per unit will achieve the socially optimal quantity of _____.

(Multiple Choice)
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The tragedy of the commons stems from a common resource that people can _____ acquire whose value to people _____ as more people use it.
(Multiple Choice)
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Use the following to answer question:
Figure 17.7
-(Figure 17.7) Which of the following statements is TRUE?

(Multiple Choice)
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