Question

In: Economics

7. Problems and Applications Q7 Two towns, each with three members, are deciding whether to put...

7. Problems and Applications Q7

Two towns, each with three members, are deciding whether to put on a fireworks display to celebrate the New Year. Fireworks cost $300. In each town, some people enjoy fireworks more than others.

In the town of Bayport, each of the residents values the public good as follows:

Resident Value
(Dollars)
Darnell 70
Eleanor 90
Jacques 150

The total benefit of the fireworks display to the town of Bayport is ($ ).

Therefore, fireworks (would/would not) pass the cost-benefit analysis in the town of Bayport.

The mayor of Bayport proposes to decide by majority rule and, if the fireworks referendum passes, to split the cost equally among all residents.

Who would vote in favor of the fireworks referendum? Check all that apply.

Darnell

Eleanor

Jacques

The vote (would/would not) yield the same answer as the cost-benefit analysis.

In the town of River Heights, each of the residents values the public good as follows:

Resident Value
(Dollars)
Kyoko 50
Musashi 110
Rina 120

The total benefit of the fireworks display to the town of River Heights is ($ ).

Therefore, fireworks (would/would not)   pass the cost-benefit analysis in the town of River Heights.

The mayor of River Heights also proposes to decide by majority rule and, if the fireworks referendum passes, to split the cost equally among all residents.

Who would vote in favor of the fireworks referendum? Check all that apply.

Kyoko

Musashi

Rina

The vote (would/would not) yield the same answer as the cost-benefit analysis.

Which of the following statements is correct about the provision of public goods? Check all that apply.

Majority rule is the most efficient way to determine the amount of public goods a society should produce.

It is hard for the government to decide the appropriate amount of public goods to produce because people have differing preferences regarding such goods.

The government always provides the exact types of public goods that everyone in the society wants.

Solutions

Expert Solution


Related Solutions

Two towns, each with three members are deciding whether to put on a fireworks display to...
Two towns, each with three members are deciding whether to put on a fireworks display to celebrate the New Year. Fireworks cost $360. In each town, some people enjoy fireworks more than others. a.In the town of Bayport, each of the residents value the public good as follows:Frank$50Joe$100Caline $300Would fireworks pass a cost-benefit analysis? Explain. b.The mayor of Bayport proposes to decide by majority rule and , if the fireworks referendum passes, to split the cost equally among all the...
Two towns, each with three members, are deciding whether to put on a fireworks display to...
Two towns, each with three members, are deciding whether to put on a fireworks display to celebrate the New Year. Fireworks cost $360. In each town, some people enjoy fireworks more than others. In the town of Bayport, each of the residents values the public good as follows: Resident Value (Dollars) Tim 50 Alyssa 100 Brian 300 The total benefit of the fireworks display to the town of Bayport is _________ . Therefore, fireworks ______ pass the cost-benefit analysis in...
7. Problems and Applications Q7 Three students have each saved $1,000. Each has an investment opportunity...
7. Problems and Applications Q7 Three students have each saved $1,000. Each has an investment opportunity in which he or she can invest up to $2,000. Here are the rates of return on the students’ investment projects: Student Return (Percent) Kevin 4 Rajiv 7 Simone 15 Assume borrowing and lending is prohibited, so each student uses only personal saving to finance his or her own investment project. Complete the following table with how much each student will have a year...
Suppose that three firms are deciding whether to enter a market or not and each is...
Suppose that three firms are deciding whether to enter a market or not and each is interested in its proÖt minus entry costs. Call these firms A,B,C. If only one firm enters, suppose its profit is 500; if two enter it is 200 for each and if all three enter, it is 140 for each. The entry costs for A,B,C are respectively 80, 120 and 150. Firms simultaneously decide whether to enter or not enter (a firm that does not...
List and explain (in one to two sentences each) three problems with IRR, and whether or...
List and explain (in one to two sentences each) three problems with IRR, and whether or not MIRR solves each problem (you can note this for each problem after you explain the problem). Your explanation should include why these are problems (why we can't just ignore these issues).
Suppose a legislator is deciding whether they should put in the effort to draft a bill....
Suppose a legislator is deciding whether they should put in the effort to draft a bill. The legislator only wants to do this if they are convinced that a majority of their consituents support the bill. The legislator runs a poll of 1,000 constituents, and will be convinced that a majority of their constituents support the bill if the lower bound of the 95% confidence interval for the probability that a constituent supports the bill is greater than 0.50. 550...
Two athletes of equal ability are competing for a prize of $10,000. Each is deciding whether...
Two athletes of equal ability are competing for a prize of $10,000. Each is deciding whether to take a dangerous performance-enhancing drug. If one athlete takes the drug and the other does not, the one who takes the drug wins the prize. If both or neither take the drug, they tie and split the prize. Taking the drug imposes health risks that are equivalent to a loss of XX dollars. Complete the following payoff matrix describing the decisions the athletes...
4. Problems and Applications Q4 An economy consists of three workers: Charles, Gilberto, and Lorenzo. Each...
4. Problems and Applications Q4 An economy consists of three workers: Charles, Gilberto, and Lorenzo. Each works 10 hours a day and can produce two services: mowing lawns and washing cars. In an hour, Charles can either mow 1 lawn or wash 1 car; Gilberto can either mow 1 lawn or wash 2 cars; and Lorenzo can either mow 2 lawns or wash 1 car. For each of the scenarios listed in the following table, determine how many lawns will...
a) List and explain three problems with IRR, and whether or not MIRR solves each problem....
a) List and explain three problems with IRR, and whether or not MIRR solves each problem. Your explanation should include why these are problems (why we can't just ignore these issues). b) List and explain (in one to two sentences each) two problems with payback period that are not problems for NPV. Your explanation should include why these are problems (why we can't just ignore these issues). c) There are three characteristics that we need to know about a project's...
Two entreprenuers borrowed $50,000 at 10% interest from members of families and each put up $30,000...
Two entreprenuers borrowed $50,000 at 10% interest from members of families and each put up $30,000 in equity capital. Retail space was rented and $60,000 was spent for fixtures and store equipment. For their venture after one complete. year of operation, they asked you to do a financial ratio analysis. Here are the data you collected until today. Calculate the operating return on assets. Sales: $320,000. Operating Costs: 285,000. Depreciation: 10,000. Interest: 5,000 Taxes: 6,000. Cash: $20,000. Receivables: 30,000. Inventories:...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT