Exam 17: Markets With Asymmetric Information

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What do we mean when we state that a particular principal-agent payment scheme is inefficient?

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The "no shirking constraint" (NSC) curve never crosses the supply of labor curve, so

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Which of the following represent examples of adverse selection?

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A warranty is most valuable as a signaling device when

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Mr. Barnes operates a power plant in the local market. His marginal revenue of average employee effort level is: MR(e) = 25 - e. The marginal cost of effort to Mr. Barnes is: MC(e) = w. Employees set their effort level according to: e = Mr. Barnes operates a power plant in the local market. His marginal revenue of average employee effort level is: MR(e) = 25 - e. The marginal cost of effort to Mr. Barnes is: MC(e) = w. Employees set their effort level according to: e =    , where    is the average wage at all other jobs in the local market. Currently, this average is $7.50. If Mr. Barnes pays a wage rate of $7.50, is he maximizing profits? If not, what wage rate should Mr. Barnes pay? , where Mr. Barnes operates a power plant in the local market. His marginal revenue of average employee effort level is: MR(e) = 25 - e. The marginal cost of effort to Mr. Barnes is: MC(e) = w. Employees set their effort level according to: e =    , where    is the average wage at all other jobs in the local market. Currently, this average is $7.50. If Mr. Barnes pays a wage rate of $7.50, is he maximizing profits? If not, what wage rate should Mr. Barnes pay? is the average wage at all other jobs in the local market. Currently, this average is $7.50. If Mr. Barnes pays a wage rate of $7.50, is he maximizing profits? If not, what wage rate should Mr. Barnes pay?

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Which of the following is TRUE about producers' willingness to offer warranties on products?

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The presence of deposit insurance in the savings and loan industry

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Moral hazard may arise in lending when small firms borrow funds from banks for one project (e.g., buy new machinery for a factory) and actually use the funds in other ways (e.g., buy the manager a new corporate jet). What is the source of the asymmetric information problem in this case?

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Scenario 17.4 Consider the following information: StowUrStuff Storage is located slightly below sea level in a coastal town. It could build and maintain a flood control system around its property at an annual cost of $1000, and if it did so, the probability of a flood's doing $1,000,000 in damage during the year would be .005. With no flood control system, the probability of such a flood would be .01. -Refer to Scenario 17.4. Moral hazard would be eliminated in this situation if

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Scenario 17.2 Consider the information below: For Group K the cost of attaining an educational level y is CK(y) = $2,000y and for Group M the cost of attaining that level is CM(y) = $4,000y. Employees will be offered $30,000 if they have y < y*, where y* is an education threshold determined by the employer. They will be offered $90,000 if they have y > Scenario 17.2 Consider the information below: For Group K the cost of attaining an educational level y is C<sub>K</sub>(y) = $2,000y and for Group M the cost of attaining that level is C<sub>M</sub>(y) = $4,000y. Employees will be offered $30,000 if they have y < y*, where y* is an education threshold determined by the employer. They will be offered $90,000 if they have y >   . -Refer to Scenario 17.2. An employer who only wants to hire those people who find learning less costly can do so by choosing y<sup>*</sup> to be anywhere between . -Refer to Scenario 17.2. An employer who only wants to hire those people who find learning less costly can do so by choosing y* to be anywhere between

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Scenario 17.5 Consider the following information: Income to the firm from workers who sell door-to-door Bad Luck Good Luck Low Effort (e = 0) $5,000 $7,000 High Effort (e = 1) $7,000 $13,000 Cost of effort: c = $2500e Probabilities: Bad luck = .75; Good luck = .25 -Refer to Scenario 17.5. Under which of the following payment schemes would workers have an incentive to exert high effort?

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Asymmetric information problems arise

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The problem of asymmetric information in multi-plant firms involves

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Explain what the principal-agent problem is, and explain evidence of its existence in hospitals in the United States.

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Which of the following is TRUE about a college education as a signaling device?

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How do online auction sites like Ebay attempt to overcome the asymmetric information problems associated with goods that the buyer cannot personally inspect before purchase?

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The professional baseball league on planet Economus allows team owners to draft players for life. Once a player is acquired in the draft, team owners may trade players to other teams. The demand for high quality players is: The professional baseball league on planet Economus allows team owners to draft players for life. Once a player is acquired in the draft, team owners may trade players to other teams. The demand for high quality players is:    = 2,000 -    . The supply of high quality players is:    =    - 500. What is the lowest price necessary to induce an owner to trade a high quality player. Determine the equilibrium price and quantity of high quality players. The demand for low quality players is:    = 400 -    . The supply of low quality players is:    =    - 125. Determine the equilibrium price and quantity of low skill players. Now, suppose that only the team that has the rights to the player knows the quality of the player. This implies the new demand for players of uncertain quality is: Q<sup>D</sup> = 1,200 -    . The supply of players becomes: Q<sup>S</sup> = {    Derive the equilibrium price and quantity for players of uncertain ability. Do you believe any high quality players are being traded at this new market price? = 2,000 - The professional baseball league on planet Economus allows team owners to draft players for life. Once a player is acquired in the draft, team owners may trade players to other teams. The demand for high quality players is:    = 2,000 -    . The supply of high quality players is:    =    - 500. What is the lowest price necessary to induce an owner to trade a high quality player. Determine the equilibrium price and quantity of high quality players. The demand for low quality players is:    = 400 -    . The supply of low quality players is:    =    - 125. Determine the equilibrium price and quantity of low skill players. Now, suppose that only the team that has the rights to the player knows the quality of the player. This implies the new demand for players of uncertain quality is: Q<sup>D</sup> = 1,200 -    . The supply of players becomes: Q<sup>S</sup> = {    Derive the equilibrium price and quantity for players of uncertain ability. Do you believe any high quality players are being traded at this new market price? . The supply of high quality players is: The professional baseball league on planet Economus allows team owners to draft players for life. Once a player is acquired in the draft, team owners may trade players to other teams. The demand for high quality players is:    = 2,000 -    . The supply of high quality players is:    =    - 500. What is the lowest price necessary to induce an owner to trade a high quality player. Determine the equilibrium price and quantity of high quality players. The demand for low quality players is:    = 400 -    . The supply of low quality players is:    =    - 125. Determine the equilibrium price and quantity of low skill players. Now, suppose that only the team that has the rights to the player knows the quality of the player. This implies the new demand for players of uncertain quality is: Q<sup>D</sup> = 1,200 -    . The supply of players becomes: Q<sup>S</sup> = {    Derive the equilibrium price and quantity for players of uncertain ability. Do you believe any high quality players are being traded at this new market price? = The professional baseball league on planet Economus allows team owners to draft players for life. Once a player is acquired in the draft, team owners may trade players to other teams. The demand for high quality players is:    = 2,000 -    . The supply of high quality players is:    =    - 500. What is the lowest price necessary to induce an owner to trade a high quality player. Determine the equilibrium price and quantity of high quality players. The demand for low quality players is:    = 400 -    . The supply of low quality players is:    =    - 125. Determine the equilibrium price and quantity of low skill players. Now, suppose that only the team that has the rights to the player knows the quality of the player. This implies the new demand for players of uncertain quality is: Q<sup>D</sup> = 1,200 -    . The supply of players becomes: Q<sup>S</sup> = {    Derive the equilibrium price and quantity for players of uncertain ability. Do you believe any high quality players are being traded at this new market price? - 500. What is the lowest price necessary to induce an owner to trade a high quality player. Determine the equilibrium price and quantity of high quality players. The demand for low quality players is: The professional baseball league on planet Economus allows team owners to draft players for life. Once a player is acquired in the draft, team owners may trade players to other teams. The demand for high quality players is:    = 2,000 -    . The supply of high quality players is:    =    - 500. What is the lowest price necessary to induce an owner to trade a high quality player. Determine the equilibrium price and quantity of high quality players. The demand for low quality players is:    = 400 -    . The supply of low quality players is:    =    - 125. Determine the equilibrium price and quantity of low skill players. Now, suppose that only the team that has the rights to the player knows the quality of the player. This implies the new demand for players of uncertain quality is: Q<sup>D</sup> = 1,200 -    . The supply of players becomes: Q<sup>S</sup> = {    Derive the equilibrium price and quantity for players of uncertain ability. Do you believe any high quality players are being traded at this new market price? = 400 - The professional baseball league on planet Economus allows team owners to draft players for life. Once a player is acquired in the draft, team owners may trade players to other teams. The demand for high quality players is:    = 2,000 -    . The supply of high quality players is:    =    - 500. What is the lowest price necessary to induce an owner to trade a high quality player. Determine the equilibrium price and quantity of high quality players. The demand for low quality players is:    = 400 -    . The supply of low quality players is:    =    - 125. Determine the equilibrium price and quantity of low skill players. Now, suppose that only the team that has the rights to the player knows the quality of the player. This implies the new demand for players of uncertain quality is: Q<sup>D</sup> = 1,200 -    . The supply of players becomes: Q<sup>S</sup> = {    Derive the equilibrium price and quantity for players of uncertain ability. Do you believe any high quality players are being traded at this new market price? . The supply of low quality players is: The professional baseball league on planet Economus allows team owners to draft players for life. Once a player is acquired in the draft, team owners may trade players to other teams. The demand for high quality players is:    = 2,000 -    . The supply of high quality players is:    =    - 500. What is the lowest price necessary to induce an owner to trade a high quality player. Determine the equilibrium price and quantity of high quality players. The demand for low quality players is:    = 400 -    . The supply of low quality players is:    =    - 125. Determine the equilibrium price and quantity of low skill players. Now, suppose that only the team that has the rights to the player knows the quality of the player. This implies the new demand for players of uncertain quality is: Q<sup>D</sup> = 1,200 -    . The supply of players becomes: Q<sup>S</sup> = {    Derive the equilibrium price and quantity for players of uncertain ability. Do you believe any high quality players are being traded at this new market price? = The professional baseball league on planet Economus allows team owners to draft players for life. Once a player is acquired in the draft, team owners may trade players to other teams. The demand for high quality players is:    = 2,000 -    . The supply of high quality players is:    =    - 500. What is the lowest price necessary to induce an owner to trade a high quality player. Determine the equilibrium price and quantity of high quality players. The demand for low quality players is:    = 400 -    . The supply of low quality players is:    =    - 125. Determine the equilibrium price and quantity of low skill players. Now, suppose that only the team that has the rights to the player knows the quality of the player. This implies the new demand for players of uncertain quality is: Q<sup>D</sup> = 1,200 -    . The supply of players becomes: Q<sup>S</sup> = {    Derive the equilibrium price and quantity for players of uncertain ability. Do you believe any high quality players are being traded at this new market price? - 125. Determine the equilibrium price and quantity of low skill players. Now, suppose that only the team that has the rights to the player knows the quality of the player. This implies the new demand for players of uncertain quality is: QD = 1,200 - The professional baseball league on planet Economus allows team owners to draft players for life. Once a player is acquired in the draft, team owners may trade players to other teams. The demand for high quality players is:    = 2,000 -    . The supply of high quality players is:    =    - 500. What is the lowest price necessary to induce an owner to trade a high quality player. Determine the equilibrium price and quantity of high quality players. The demand for low quality players is:    = 400 -    . The supply of low quality players is:    =    - 125. Determine the equilibrium price and quantity of low skill players. Now, suppose that only the team that has the rights to the player knows the quality of the player. This implies the new demand for players of uncertain quality is: Q<sup>D</sup> = 1,200 -    . The supply of players becomes: Q<sup>S</sup> = {    Derive the equilibrium price and quantity for players of uncertain ability. Do you believe any high quality players are being traded at this new market price? . The supply of players becomes: QS = { The professional baseball league on planet Economus allows team owners to draft players for life. Once a player is acquired in the draft, team owners may trade players to other teams. The demand for high quality players is:    = 2,000 -    . The supply of high quality players is:    =    - 500. What is the lowest price necessary to induce an owner to trade a high quality player. Determine the equilibrium price and quantity of high quality players. The demand for low quality players is:    = 400 -    . The supply of low quality players is:    =    - 125. Determine the equilibrium price and quantity of low skill players. Now, suppose that only the team that has the rights to the player knows the quality of the player. This implies the new demand for players of uncertain quality is: Q<sup>D</sup> = 1,200 -    . The supply of players becomes: Q<sup>S</sup> = {    Derive the equilibrium price and quantity for players of uncertain ability. Do you believe any high quality players are being traded at this new market price? Derive the equilibrium price and quantity for players of uncertain ability. Do you believe any high quality players are being traded at this new market price?

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Assume that both high and low quality appliances are sold in the used appliance market. If we assume asymmetric information with sellers having more information regarding quality than buyers, which of the following is necessarily true? The

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Scenario 17.1 Consider the information below: For Group A the cost of attaining an educational level y is CA(y) = $6,000y and for Group B the cost of attaining that level is CB (y) = $10,000y. Employees will be offered $50,000 if they have y < y*, where y* is an education threshold determined by the employer. They will be offered $130,000 if they have y > y*. -Refer to Scenario 17.1. The highest level of y* that can be set and still have the high-productivity people choose to meet it is

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Scenario 17.1 Consider the information below: For Group A the cost of attaining an educational level y is CA(y) = $6,000y and for Group B the cost of attaining that level is CB (y) = $10,000y. Employees will be offered $50,000 if they have y < y*, where y* is an education threshold determined by the employer. They will be offered $130,000 if they have y > y*. -Refer to Scenario 17.1. The lowest level of y* that can be set and still have only the high-productivity people meet it is

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