Exam 5: Intertemporal Decision Making and Capital Values
Exam 1: Microeconomics: a Working Methodology98 Questions
Exam 2: A Theory of Preferences103 Questions
Exam 3: Demand Theory93 Questions
Exam 4: More Demand Theory94 Questions
Exam 5: Intertemporal Decision Making and Capital Values94 Questions
Exam 6: Production Cost: One Variable Input94 Questions
Exam 7: Production Cost: Many Variable Inputs96 Questions
Exam 8: The Theory of Perfect Competition102 Questions
Exam 9: Applications of the Competitive Model96 Questions
Exam 10: Monopoly99 Questions
Exam 11: Input Markets and the Allocation of Resources98 Questions
Exam 12: Labour Market Applications80 Questions
Exam 13: Competitive General Equilibrium95 Questions
Exam 14: Price Discrimination Monopoly Practices94 Questions
Exam 15: Introduction to Game Theory83 Questions
Exam 16: Game Theory and Oligopoly90 Questions
Exam 17: Choice Making Under Uncertainty86 Questions
Exam 18: Assymmetric Information, the Rules of the Game, and Externalities98 Questions
Exam 19: The Theory of the Firm96 Questions
Exam 20: Assymetric Information and Market Behaviour101 Questions
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The present value of income to be received in period t is given by:
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Consumer capital goods that last longer typically sell for higher prices because
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In periods 0 and 1, Ralph consumed two goods, x1 and x2, and his utility functions in the two periods were identical. In period 0 the prices of x1 and x2 were $2 and $1 respectively, and Ralph consumed 10 units of x1 and 80 units of x2. In period 1 the prices of x1 and x2 were identical, and equal to $1. If Ralph consumed 40 units of x1 and 40 units of x2 in period 1, then the Paasche price index is:
(Multiple Choice)
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In periods 0 and 1, Ralph consumed two goods, x1 and x2, and his utility functions in the two periods were identical. In period 0 the prices of x1 and x2 were $2 and $1 respectively, and Ralph consumed 10 units of x1 and 80 units of x2. In period 1 the prices of x1 and x2 were identical, and equal to $1. If Ralph consumed 40 units of x1 and 40 units of x2 in period 1, then the Laspeyres price index is:
(Multiple Choice)
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If a person's marginal rate of time preference for equal amounts of consumption in the present and next periods is greater than one, she is said to be:
(Multiple Choice)
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Dick will receive $5,000 on December 25, 2013, and $15,000 on December 25, 2014. If the yearly rate of interest is 5.0%, then the present value of these payments on December 25, 2012, is:
(Multiple Choice)
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Which of the following is not an example of intertemporal resource allocation?
(Multiple Choice)
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In periods 0 and 1, Ralph consumed two goods, x1 and x2, and his utility functions in the two periods were identical. In period 0 the prices of x1 and x2 were $2 and $1 respectively, and Ralph consumed 10 units of x1 and 80 units of x2. In period 1 the prices of x1 and x2 were identical, and equal to $1. If Ralph consumed 15 units of x1 and 65 units of x2 in period 1, then:
(Multiple Choice)
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In present value calculations, the assumption of a common interest rate is:
(Multiple Choice)
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The future value two years from today of $1000 received today is:
(Multiple Choice)
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According to the separation theorem, individuals choose consumption expenditures over time by choosing the one with the largest:
(Multiple Choice)
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According to Hotelling's Law, the price of a nonrenewable resource changes from one period to the next at the:
(Multiple Choice)
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When the market for loanable funds is perfect, the borrowing rate is:
(Multiple Choice)
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Phil owns a vacation cottage, and is considering the option of bringing electricity to the cottage. If he does, he can buy electricity for $.10 per kilowatt hour. The Public Utilities Company wants to charge Phil $2,000 for the electrical hook- up, but Phil's reservation price is only $1,500. This question concerns the measurement of the benefit to Phil for the privilege of buying electricity at
$.10 per kilowatt hour. Which of the following is true?
(Multiple Choice)
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$1000 today is preferred to $1200 next year if the interest rate is below 10%.
(True/False)
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The difference in present value between a perpetuity that promised $1 per year starting today and one that promised $1 per year starting next year is:
(Multiple Choice)
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