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Equilibrium Contracts for a Worker with Stochastic Revenue and Effort Choice - Prof. Emil , Assignments of Microeconomics

The optimization problem of a worker and multiple firms competing for the worker's services, where the worker's revenue is stochastic and the worker can influence the probability of each revenue state by choosing between two effort levels. The document derives the properties of the equilibrium contract in various scenarios, including the case where the firm can enforce the worker's effort level and the case where the firm cannot observe the worker's effort level.

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Pre 2010

Uploaded on 08/09/2009

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Download Equilibrium Contracts for a Worker with Stochastic Revenue and Effort Choice - Prof. Emil and more Assignments Microeconomics in PDF only on Docsity! ECN 601: Problem Set 7 27 OCT 2008 Consider a number of Ā…rms who compete for the services of a particular worker. When one of the Ā…rms hires the worker, total revenue of amount Y accrues to the Ā…rm. Y is stochastic and can take on one of S possible values, where Ys 2 [Y ; Y ] for s = 1; 2; :::; S with Y1 < Y2 < ::: < YS . The realized state of the world is observed by both parties and can be veriĀ…ed by an independent arbiter. The worker has no assets but can inĀ‡uence the probability, pse > 0, with which each state occurs by choosing one of two eĀ¤ort levelsĀ–high, H, or low, L. Assume that eĀ¤ort is productive so E[Y jH] > E[Y jL]: Assume that the worker and all Ā…rms are expected utility maximizers. The Ā…rms are risk neutral and care only about expected proĀ…ts, while the worker has a Bernoulli utility function given by Us = u(ws) e; where u(ws) is the utility of money in state s and e 2 (eL; eH) is the disutility of the eĀ¤ort level the agent has decided to exert, where eH > eL. Assume that u(E[Y jeH ]) eH > u(E[Y jeL]) eL so that exerting high eĀ¤ort is the socially optimal outcome. Suppose the Ā…rms compete for the services of the worker by oĀ¤ering him contracts C = (fwsgSs=1; e) which specify the eĀ¤ort that the agent must exert and the compensation in each state of the world (for each realized revenue level). The timing of the interaction is as follows: (1) the Ā…rms oĀ¤er contracts to the agent; (2) the agent decides which Ā…rm to work for and what eĀ¤ort level to exert; (3) the amount of total revenue is realized and the Ā…rm gives to the worker the compensation that was stipulated in the signed contract. I. RISK AVERSION. Assume that u(w) is strictly concave. A. Suppose that once the worker has signed a contract, the Ā…rm can enforce the eĀ¤ort level stipulated in the contract. That is, the Ā…rm can observe the eĀ¤ort level exerted by the agent and give him a payment of 0 if he deviates from the recommended level. Setup the optimization problem that describes the contract signed by the worker in equilibrium. Keep in mind that the Ā…rms are competing for the services of the worker. Describe the properties of the equilibrium contract. What is the economic intuition behind this result? From now on, assume that the Ā…rm CANNOT observe the eĀ¤ort level chosen by the agent. That is, all the Ā…rm can observe is the amount of total revenue realized. 1
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