.7. Create a profile in which candidate A wins the antiplurality election, candidate B wins the Borda count election, while candidate C wins the Copeland method.
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2.7. Create a profile in which candidate A wins the antiplurality election,
candidate B wins the Borda count election, while candidate C wins the
Copeland method.
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- Match the following according to the criterion. If a candidate receives [ Choose ] more than half the first- place votes in an election, then that candidate should be declared the winner. If a candidate is favored [ Choose ] when compared separately with every other candidate in an election, then that candidate should be declared the winner. If a candidate wins an [ Choose] election and, in a reelection, the only changes are changes that favor the candidate, then that candidate should win the reelection. If a candidate wins an [ Choose ] election and, in a recount, the only changes are that one or more of the other candidates are removed from the ballot, then that candidate should still win the election.A polluter has abatement costs given by MAC = 405-0.15E, and the emissions cause damages given by MD = 0.1E. The government has a law that requires the polluter to pay for damages they cause, but they will only have to pay if the government catches the polluter emitting. If the polluter knows there is only a 68% chance that the government will catch the polluter, and they choose their optimal emission level, how much total damage will they cause? Answer: 30 The correct answer is: $ 172570.7Someone at a party pulls out a $100 bill and announces that he is going to auction it off. There are n=10 people at the partywho are potential bidders. The owner of the $100 bill puts forth the following procedure: All bidders simultaneously submit a written bid. Only the highest bidders pay their bid (assuming that the highest bid is positive). If m people submit the highest bid, then each receives 1/m of the $100. Each person’s strategy set is {0,1,2,...,1000}{0,1,2,...,1000} so bidding can go as high as $1,000. The payoff of a player bidding bi is:0 if bi < max{b1,b2,…,bn},and 100/m − bi if bi = max {b1,b2,…,bn}where,m is the number of bidders whose bid equals max{b1,...,bn}. How many pure-strategy Nash equilibria does this game have? 1) 0 2) 1 3) 4 4) More than 4.
- 2. In this problem, you will compare the level of a public good chosen under majority voting to the socially-optimal level under three different sets of circumstances. Suppose first that individual i's demand curve for z is given by αi/z, where αi is a positive parameter. Instead of being linear, this demand curve is a hyperbola. Suppose further that z costs $1 per unit to produce (c = 1) and that this cost is shared equally among consumers. Therefore, cost per person is 1/n per unit of z. Then consider the three sets of circumstances listed below. Each situation has a different number of consumers in the economy and different collections of α values for the consumers. The number of consumers is denoted n and the vector of α values is denoted A = (α1,α2,...,αn-1,αn). Case 1: n = 7, A = (4, 2, 12, 4, 5, 13, 8). Case 2: n = 5, A = (10, 6, 11, 14, 8). Case 3: n = 9, A = (6, 9, 10, 4.5, 12, 7, 13.5, 8, 11). Using this information, do the following: a)For each case, compute the preferred z…Please answer both parts I do not understand, thank you :) Part A. Suppose that the rats on the campus of Hypothetical U are found to be carriers of a plague. Eradicating the rats has an estimated cost of $1,000,000 and is expected to reduce the probability a given student dies of the plague from 1/2,000 to zero. Suppose that there are 30,000 students on campus. Suppose further that the administration refuses to eradicate the rats due to the cost. From this information, we can estimate that the administration’s willingness to pay to save a student statistical life is less than $1,000,000 $33,333.3 $100,000 $66,666.7 Part B: Suppose a company offers a standard insurance contract with a premium (r) of $1,000 and a payout (q) of $8,000. Suppose that Rock earns a healthy state income of $50,000, a sick state income of $20,000, and has a 10% chance of becoming ill. From this information, you can determine that the expected profit for the insurance company is…The Coase Theorem: Select one: a. states that in some circumstances majority voting can yield inconsistent results. b. applies only to circumstances in which externalities are extensive and bargaining costs are high. c. advocates for the intervention of the government in solving externality problems. d. holds that the median voter will decide the outcome of elections. e. suggests that in some circumstances government intervention is not needed to resolve externality problems.
- I'm waiting for the answer desperately It's in environmental economic textbook, kolstad.Ex. 4 Strength Can Be Weakness A three-person committee has to choose a winner for a prize. After some debate, there are three candidates still under consideration. Let's call these candidates a, b and c, and call those committee members 1, 2 and 3. The committee members only care about which candidate wins the prize, and their preferences as follows: member 1 prefers a to b and b to c; member 2 prefers c to a and a to b; and member 3 prefers b to c and c to a. The rules of the competition say that the committee should first apply majority vote (secret ballot, one member one vote) and the candidate with the most votes wins. If the vote is tied, that is, the majority rule select a unique winning candidate, then the winner will be the candidate for whom member 1 voted. Thus, it might seem that member 1 has an advantage. (1) Write down the strategic form of this voting game. [You may assign any number to the payoff of each voter, as long as it is consistent with her preference order.] (2)…its already answered in this site so you can just just send me by copying it A) How will the voters vote for putting a statue in the towns common area using the following data? B) Explain using cost/benefit analysis if this is the best outcome for the town. C) Is majority rules voting actually best for society? Use facts to support your answer
- 1.Suppose you were a benign government who wanted to improve Angela’s situation, but without sacrificing the aim of Pareto Efficiency. One policy advisor tells you that all you need to do to achieve this is to improve Angela’s reservation option. Is this correct?A tax on water pollution is proposed for four factories in a manufacturing town of 110,000 people. The Select Board estimates the tax will reduce pollution to such an extent that it will benefit each resident by an equivalent of $200. The tax will also reduce profits to the town's four large factories by $2,000,000 each. How much should the town's citizens be willing to spend to ensure the passage of the tax?
