Exam 4: The Theory of Economic Growth
Exam 1: Introduction to Macroeconomics52 Questions
Exam 2: Measuring the Macroeconomy63 Questions
Exam 3: Thinking Like an Economist64 Questions
Exam 4: The Theory of Economic Growth92 Questions
Exam 5: The Reality of Economic Growth: History and Prospect98 Questions
Exam 6: Building Blocks of the Flexible-Price Model109 Questions
Exam 7: Equilibrium in the Flexible-Price M Odel71 Questions
Exam 8: Money, Prices, and Inflation67 Questions
Exam 9: The Sticky-Price Income-Expenditure Framework: Consumption and the Multiplier90 Questions
Exam 10: Investment, Net Exports, and Interest Rates: The Is Curve69 Questions
Exam 11: The Money Market and the LM Curve64 Questions
Exam 12: The Phillips Curve, Expectations, and Monetary Policy70 Questions
Exam 13: Stabilization Policy80 Questions
Exam 14: Budget Balance, National Debt, and Investment65 Questions
Exam 15: International Economic Policy56 Questions
Exam 16: Changes in the Macroeconomy and Changes in Macroeconomic Policy55 Questions
Exam 17: The Future of Macroeconomics44 Questions
Exam 18: Epilogue20 Questions
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If the parameter E of the Cobb-Douglas production function decreases
Free
(Multiple Choice)
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Correct Answer:
A
Each of the following is a factor in the economy's balanced growth equilibrium except
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(Multiple Choice)
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Correct Answer:
D
Improvements in technology and in social and business organization increase the economy's
(Multiple Choice)
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If the saving rate is 16%, the capital stock depreciation rate is 4%,
is equal to .5, and E is equal to 20,000, output per worker will be
(Multiple Choice)
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If the labor force growth rate was 1 percent per year, the capital stock depreciation rate was 3 percent per year, the saving rate was 15 percent per year, and growth rate of the efficiency of labor was 1 percent per year,
(Multiple Choice)
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An economy with parameter values of population growth n=0.025, efficiency of labor growth g=0.02, depreciation rate
=0.035, and a diminishing-returns-to-investment parameter
=0.3 would, if off of its steady-state growth path, close a fraction equal to _______ of the gap between its current state and its steady-state each year.
(Multiple Choice)
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An increase in s (the saving-investment rate) _________ the steady-state capital-output ratio and________ the output per worker in the long-run.
(Multiple Choice)
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The capital-output ratio will ________ if the saving rate increases and the rate of depreciation of the capital stock remains the same.
(Multiple Choice)
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An increase in g (the growth rate of the efficiency of labor) _________ the steady-state capital-output ratio and ________ the output per worker in the long-run.
(Multiple Choice)
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The equation for the investment requirements of the economy is
(Multiple Choice)
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If the savings rate increases and the diminishing-returns-to-investment parameter increases, output per worker will _________
(Multiple Choice)
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Which of the following is the correct form of the Cobb-Douglas production function?
(Multiple Choice)
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An increase in n (the labor force growth rate) _________ the steady-state capital-output ratio and________ the output per worker in the long-run.
(Multiple Choice)
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When the capital-output ratio is at its steady state value, output per worker is growing
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In a steady-state balanced-growth equilibrium, each of the following is true except
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