Microeconomics

Refer to Figure 6.3. The situation pictured is one of A) constant ret

Refer to Figure 6.3. The situation pictured is one of A) constant returns to scale, because the line through the origin is linear. B) decreasing returns to scale, because the isoquants are convex. C) decreasing returns to scale, because doubling inputs results in less than double the amount of output. D) increasing returns to scale, […]

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Date: September 9th, 2020

Once the state environmental protection agency devises its new policy

Once the state environmental protection agency devises its new policy to protect the environment, firms decide whether to remain in the state or move their operations to a neighboring state. In the language of game theory, this is an example of: A) a cooperative game. B) a sequential game. C) a threat. D) the Prisoner’s […]

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Date: September 9th, 2020

If a competitive firm’s marginal costs always increase with output, th

If a competitive firm’s marginal costs always increase with output, then at the profit maximizing output level, producer surplus is A) zero because marginal costs equal marginal revenue. B) zero because price equals marginal costs. C) positive because price exceeds average variable costs. D) positive because price exceeds average total costs. E) positive because revenues […]

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Date: September 9th, 2020

Refer to Figure 6.2. The situation pictured is one of A) constant ret

Refer to Figure 6.2. The situation pictured is one of A) constant returns to scale, because the line through the origin is linear. B) decreasing returns to scale, because the isoquants are convex. C) decreasing returns to scale, because doubling inputs results in less than double the amount of output. D) increasing returns to scale, […]

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Date: September 9th, 2020

Refer to Scenario 17.4. Moral hazard arises in this situation because

Refer to Scenario 17.4. Moral hazard arises in this situation because once the firm A) pays the premium that is based on the .005 probability, it has no incentive to spend the additional $1000 for the flood control system, so the true probability of loss is no longer .005. B) pays the premium that is […]

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Date: September 9th, 2020

Refer to Scenario 17.4. Moral hazard would be eliminated in this situa

Refer to Scenario 17.4. Moral hazard would be eliminated in this situation if A) the insurer would always charge $5000. B) the insurer would always charge $10,000. C) the insurer could costlessly monitor whether a flood control system is in place, and adjust the premium upward if it is not. D) the insurer could costlessly […]

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Date: September 9th, 2020