Exam 3: International Trade and Factor Accumulation
Exam 1: The Welfare Gains From Trade39 Questions
Exam 2: Trade and Growth: the Empirical Evidence29 Questions
Exam 3: International Trade and Factor Accumulation51 Questions
Exam 4: Overcoming Diminishing Returns: Technology As an Externality40 Questions
Exam 5: Technological Progress As Creative Destruction22 Questions
Exam 6: International Trade and Technological Progress23 Questions
Exam 7: Multi-Sector Models and International Trade17 Questions
Exam 8: International Trade and Technology Transfers18 Questions
Exam 9: Restating the Case for Free Trade5 Questions
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In the Solow model, the transition from one steady state to another is referred to as?
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In the Solow model with a positive rate of population growth n and technological progress z, the steady state level of real output per effective worker y grows at the rate:
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Labor-augmenting technological progress, denoted as E in the textbook, enters the production function as follows:
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According to Paul Krugman, the rapid growth rates of the Asian Tigers are
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The holistic approach to seeking knowledge recognizes that:
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In the Solow model, the transition from one steady state to another is referred to as:
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If the equation Y = F(K,L) represents a constant returns to scale production function, then for any positive constant c the following must also hold:
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Early 19th century economists like Thomas Malthus and John Stuart Mill claimed that:
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The Harrod-Domar model predicts that if the saving rate is 10% and the capital output ratio is a constant equal to 2, then the economy will grow at a rate of:
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The scientific method consists of a series of well defined steps that must be followed. Included among these steps is (are):
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The scientist Richard Dawkins refers to the process of breaking down a complex phenomenon into components in order to provide a consistent explanation of phenomena that operate on many levels as:
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Under the assumptions that (1) labor-augmenting technological progress is equal to z and (2) the labor force grows at the rate of n, the Solow model predicts that in the steady state:
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The Harrod-Domar growth model has lost favor among economists because, fundamentally:
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The fact that we still do not know everything that scientists have investigated implies that:
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In the Solow model with a positive rate of population growth n and technological progress z, the steady state level of total real output Y grows at the rate:
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