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## please! 1. Consider the model of corruption explored by Shleifer

### please! 1. Consider the model of corruption explored by Shleifer

### 1 Political Economy GV307 Spring 2018 Assignment 3 Due on Thursday, February 15, 2018 at 9amâ€”follow the instructions for FASER. All of your work should be your own. Show your calculations. In Word Format, please! 1. Consider the model of corruption explored by Shleifer and Vishniâ€™s where there is one government-produced good X. There is a demand for that good described by the inverse demand equation Qd = 10 â€“ P. The official government price for the good is Pg=3. The government pays the cost of producing the good. A bureaucrat can restrict the supply of X. Since there is no risk of detection, the public official has incentives to ask for a bribe to supply the good. Assume that the officialâ€™s marginal revenue for selling the good in this context is given by Qc=(7/2) â€“ (1/2)P. a) (10%) Consider the model of â€œno theftâ€ where the consumer pays the official government price plus a bribe in order to obtain X. What is the number of governmentproduced good X that will maximize the bureaucrats income? b) (5%) In the model of â€œno theft,â€ what is the amount of the bribe that the corrupt official will charge? c) (10%) Now consider the â€œmodel with theftâ€ where consumers only pay a bribe but not the official government price. In this model what is the number of government â€“produced X that will maximize the bureaucrats income? d) (5%) In the â€œmodel of theft,â€ what is the total amount consumers will pay in order to obtain good X? 2. When we discussed McGillivrayâ€™s argument about industry protection, we said that firm location was exogenous. Continue to consider McGillivrayâ€™s argument on industry protection but now suppose that firms can choose their geographical location within a country. a) (5%) In the US, and all else equal, circle the only location that a firm would choose in order to obtain government protection, say, from foreign competition. – In a marginal district – In a republican district – In a safe district – In a district represented by an influential member of congress – In a district where local taxes are lowest across the country – In the district that is represented by the Prime Minister2 b) (5%) In the UK, and all else equal, circle the only location that a firm would choose in order to obtain government protection, say, from foreign competition. – In a marginal district – In a conservative district – In a safe district – In a district represented by an influential member of congress – In a district where local taxes are lowest across the country – In the district that is represented by the Prime Minister 3. (10%) The government of a certain country has installed a new device that monitors the activity of public officials working for an agency prone to corruption. There are only two types of public officials: corrupt and honest. The device called â€œFire Alarmâ€ indicates officials to be either corrupt or honest; with the device, the probability that an official is charged with corruption is 1/2. The probability that an official is charged with corruption given that the official is actually corrupt is 2/5. The probability that an official is honest is 7/9. Based on the results provided by the device, an official has been charged with corruption. Use Bayesâ€™ Theorem to find the probability that the official is actually honest given that the device indicates that the official is corrupt. 4. Consider two drug cartels, C1 and C2. The cartels have a dispute over market share, represented by X=[1,0]. C1 would prefer to control all the market, so itâ€™s ideal point is 1 while C2â€™s ideal point is 0 (ie, C1 controls 0% of the market). The cartelsâ€™ utility functions for a point x âˆˆ X are Uc1=x and Uc2=1-x. Assume that for i={C1,C2}, ui(1)=1 and ui(0)=0. These cartels can negotiate the proportion of the market they control, or they can fight over who controls the market. If the cartels fight, C1 wins with probability â€œ0<q<1.â€ the=”” cartel=”” that=”” wins=”” fight=”” gets=”” to=”” choose=”” itâ€™s=”” ideal=”” point.=”” however,=”” fighting=”” is=”” costly=”” and=”” therefore=”” c1=”” must=”” pay=”” k1=””>0 while C2 must pay k2>0 if they choose to fight. a) (5%) What are the expected utilities for fighting for both cartels? Show your calculations. b) (10%) Assume that there is a set of negotiated settlements x* âˆˆ X that both cartels prefer to fighting. What are the upper and lower bounds of this set x*? Label the bounds accordingly. 5. (5%) Consider the model of industry protection of Grossman and Helpman discussed in lecture. There are two industries A and B, each producing good X and Y respectively. All other things being equal, the demand for good X is inelastic while the demand for good Y is elastic (or more simply, the demand for good Y is more elastic than the demand for good X). The country where these two industries are located is considering to open up its border to foreign companies that will bring competition and reduce the domestic prices of goods X and Y. In this context, and using the G-H model, explain3 which industry will seek protection against international competition and why. Do not write more than 30 words. 6. Suppose that economic outcomes can be classified as either good or bad. Governments differ in ability and this affects the likelihood of good outcomes. There are two types of governments: high ability or low ability. The prior probability that a government is high ability is 1/2. The probability that the economy is good given that the government is high ability is 3/4 while the probability that the economy is good given that the government is low ability is 1/4. In this case, the incumbent government can manipulate the economy and the electorate will learn (update) their beliefs about the ability of the incumbent government based on the observed state of the economy. Use Bayes Theorem to find the answer to all the following questions. a) (10%) What is the probability that the government is high ability given that the economy is good? b) (10%) What is the probability that the government is high ability given that the economy is bad? Suppose that the opposition is a high type with probability 1/2. Voters vote for the government with the highest probability of being of a high type. c) (5%) What is the probability that the incumbent government will win an election against the opposition if the economy is good? d) (5%) What is the probability the incumbent government will win if the economy is bad? </q<1.â€>

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