BPP Field Exam 2010 - Revision history

imported>Bo: /* Question C2: Retrospective Voting */

2011-06-09T22:33:12Z

Question C2: Retrospective Voting

imported>Bo: /* Question C2: Retrospective Voting */

2011-06-09T22:33:12Z

Question C2: Retrospective Voting

imported>Bo at 22:30, 9 June 2011

2011-06-09T22:30:49Z

imported>Bo at 22:30, 9 June 2011

2011-06-09T22:30:49Z

imported>Bo at 22:30, 9 June 2011

2011-06-09T22:30:09Z

imported>Bo at 22:30, 9 June 2011

2011-06-09T22:30:09Z

imported>Bo: /* Question B2: Relationship Specific Investments */

2011-05-31T21:57:49Z

Question B2: Relationship Specific Investments

imported>Bo: /* Question B2: Relationship Specific Investments */

2011-05-31T21:57:49Z

Question B2: Relationship Specific Investments

imported>Bo at 00:00, 31 March 2011

2011-03-31T00:00:48Z

imported>Bo at 00:00, 31 March 2011

2011-03-31T00:00:48Z

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 . Suppose a setting like that in Barro (1973), where an infinite pool of identical politicians is available. A voter appoints a politician in period 1, and must decide whether to reelect her in each period or appoint a new one. The politician has discretion over a $1 budget each period and must decide an amount x to steal, leaving 1-x to the voter. The voter commits to a retrospective voting rule {X1,X2,X3,...} such that if in period t the politician steals at most Xt then she is to be reappointed. Voter and politicians have the same discount rate δ and their utility for money is the identity function.
 a. Characterize the optimal retrospective voting rule. Is it important that the voter can commit to a voting rule?
 . Suppose the same setting, but now a piece of legislation has mandated a term limit whereby the politician can be reelected only once.
 a. Does this help the voter?
 b. Is the voter better off, worse off, or the same if we assume he cannot commit to a voting rule?
 . (for bonus points) Would it help to extend term limits so that the politician can be reelected twice rather than just once? How does this answer depend on the voter being able to commit?

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 . The Board of Directors does not approve of Carol's wasteful money burning scheme. Fortunately, Carol knows that her employees all have CARA preferences with an identical risk-aversion parameter, <math>\rho</math>. She proposes a clever new scheme to get all the Yahoos to work. What is it?
-====Question B2: Relationship Specific Investments====
+==Question B2: Relationship Specific Investments==
 Consider a buyer-seller transaction in which the buyer makes a relationship specific investment x in period 1. This investment costs the buyer <math>x^2</math>, and it only pays off if the buyer is supplied with a “widget” by the seller in period 2. The return from investment (assuming the widget is supplied) is x + v, where v is a random variable uniformly distributed on <math>[– h,h]</math>. Assume that <math>h\in[0.25,0.5]</math>. Neither x nor v is observed by the seller, and the buyer only learns v in period 2 so that investment x is made prior to learning v. The seller's cost of producing the widget is zero.
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 (c) Compare your solution in (b) to the first-best level obtained in part (a). How does the buyer’s investment vary with the amount of noise, h?
-===Question C1: Agenda Control and Status Quo===
+==Question C1: Agenda Control and Status Quo==
 In many political and business settings, control over the agenda of policy changes is a

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 *This page is provides questions to the [[BPP Field Exam 2010 Answers]]
-===Question B1: Work in Teams===
+==Question B1: Work in Teams==
 There are N employees at Yahoo. Employees can either work, <math>e = 1</math>, or shirk, <math>e=0</math>. It costs a worker 1 dollar to work and zero dollars to shirk. Working or not cannot be monitored by the firm. For each unit of work, the firm earns z dollars where 1 < z < N. All workers have an outside option of working at Wendy's across the street and earning zero. Work/shirk decisions are made simultaneously.
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 (iv) How would your predictions in part A(ii) above change. Prove your results.

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 ====Question B2: Relationship Specific Investments====
-Consider a buyer-seller transaction in which the buyer makes a relationship specific investment x in period 1. This investment costs the buyer <math>x^2</math>, and it only pays off if the buyer is supplied with a “widget” by the seller in period 2. The return from investment (assuming the widget is supplied) is x + v, where v is a random variable uniformly distributed on <math>[–h,h]</math>. Assume that <math>h\in[0.25,0.5]</math>. Neither x nor v is observed by the seller, and the buyer only learns v in period 2 so that investment x is made prior to learning v. The seller's cost of producing the widget is zero.
+Consider a buyer-seller transaction in which the buyer makes a relationship specific investment x in period 1. This investment costs the buyer <math>x^2</math>, and it only pays off if the buyer is supplied with a “widget” by the seller in period 2. The return from investment (assuming the widget is supplied) is x + v, where v is a random variable uniformly distributed on <math>[– h,h]</math>. Assume that <math>h\in[0.25,0.5]</math>. Neither x nor v is observed by the seller, and the buyer only learns v in period 2 so that investment x is made prior to learning v. The seller's cost of producing the widget is zero.
 Assume that no long-term contracts are possible and that the seller makes a take-it-or- leave-it offer to the buyer in period 2 (after the buyer has learned v). This offer is based on the seller's conjecture about the buyer's choice of x which will be correct in equilibrium (rational expectations).

← Older revision		Revision as of 00:00, 31 March 2011
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	3. The Board of Directors does not approve of Carol's wasteful money burning scheme. Fortunately, Carol knows that her employees all have CARA preferences with an identical risk-aversion parameter, <math>\rho</math>. She proposes a clever new scheme to get all the Yahoos to work. What is it?		3. The Board of Directors does not approve of Carol's wasteful money burning scheme. Fortunately, Carol knows that her employees all have CARA preferences with an identical risk-aversion parameter, <math>\rho</math>. She proposes a clever new scheme to get all the Yahoos to work. What is it?
		+
		+	====Question B2: Relationship Specific Investments====
		+
		+	Consider a buyer-seller transaction in which the buyer makes a relationship specific investment x in period 1. This investment costs the buyer <math>x^2</math>, and it only pays off if the buyer is supplied with a “widget” by the seller in period 2. The return from investment (assuming the widget is supplied) is x + v, where v is a random variable uniformly distributed on <math>[–h,h]</math>. Assume that <math>h\in[0.25,0.5]</math>. Neither x nor v is observed by the seller, and the buyer only learns v in period 2 so that investment x is made prior to learning v. The seller's cost of producing the widget is zero.
		+
		+	Assume that no long-term contracts are possible and that the seller makes a take-it-or- leave-it offer to the buyer in period 2 (after the buyer has learned v). This offer is based on the seller's conjecture about the buyer's choice of x which will be correct in equilibrium (rational expectations).
		+
		+	(a) Compute the socially optimal investment decisions.
		+
		+	(b) Compute the buyer's equilibrium choice of investment. (Hint: observe that since the seller does not observe the buyer’s investment when making an offer, you can treat the buyer’s choice of investment and the seller’s choice of an offer as a simultaneous-move game.)
		+
		+	(c) Compare your solution in (b) to the first-best level obtained in part (a). How does the buyer’s investment vary with the amount of noise, h?

	===Question C1: Agenda Control and Status Quo===		===Question C1: Agenda Control and Status Quo===

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← Older revision	Revision as of 22:30, 9 June 2011
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← Older revision	Revision as of 21:57, 31 May 2011
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