Growth in total factor productivity equals the _____. percentage change in per capita real GDP sum of resource growth and economic growth ratio of total input to total output ratio of total output to total input percentage change in output minus the percentage change in resources
Solution: percentage change in output minus the percentage change in resources
Explanation: Total factor productivity is computed as growth rate of output minus contributions to both capital and labor. Thus equals the percentage change in output minus the percentage change in resources
Growth in total factor productivity equals the _____. percentage change in per capita real GDP sum...
Economic growth equals the percentage change in real GDP minus the a) percentage change in the price level and the federal budget deficit b)percentage change in the price level and the growth rate of the population c)percentage change in the price level d)growth rate of the population
Reference equation: Real GDP per capita growth rate = Nominal GDP per capita growth rate - Inflation rate - Population growth rateThis equation is an approximation of the exact rate of growth of GDP per capita, and so it results in some errors when calculating this rate. However, the simplified equation both is easy to use and results in small error terms when inflation, nominal GDP growth, and population growth are low, and so it is a useful approximation. The...
Reference equation: Real GDP per capita growth rate Nominal GDP per capita growth rate - Inflation rate - Population growth rate This equation is an approximation of the exact rate of growth of GDP per capita, and so it results in some errors when calculating this rate. However, the simplified equation both is easy to use and results in small error terms when inflation, nominal GDP growth, and population growth are low, and so it is a useful approximation. The...
Reference equation: Real GDP per capita growth rate = Nominal GDP per capita growth rate-inflation rate-Population growth rate This equation is an approximation of the exact rate of growth of GDP per capita, and so it results in some errors when caloulating this rate. However, the smplified equation is both easy to use and results in small error terms when inflation, nominal GDP growth, and population growth are low, and so it is a useful approximation. The table below lists...
When considering economic growth, many policy makers focus on real gross domestic product (GDP) per capita since it! takes into account the potentially distorting effects of capital flows. O population change. O pollution. O unemployment. Any large, sustainable increase in real GDP must be due to steadily increasing levels of research and development. labor productivity. birth rates. O levels of labor force participation.
Countries' real GDP per capita growth rates differ largely due to disparities in the rates at which they accumulate _____, as well as the rate of _______ change. In many countries growth has been achieved through high rates of _______ and _______spending ________ which is/are a key contributor to economic growth, generally requires significant investment in ____________
Calculate GDP per capita growth rate. Is there a big difference between GDP growth rate and GDP per capita growth rate? Can you offer some explanations why they stay approximately the same and why they change from the information you have? (hint: check the difference in terms of real GDP vs real GDP per capita) Identify whether the country has experienced business cycle changes in the past 10 years combined your information from GDP or GDP per capita growth rate,...
Country A starts with real GDP per capita equal to $ 40,000 and Country B starts with real GDP per capita equal to $ 2,000 .Today the RGDP per capita in A is _______ times the value in B.Country A is growing at a rate of 3.5 % per year and Country B is growing at a rate of 7 % per year. Assume these growth rates do not change.Country A will double its RGDP per capita in _______ years...
Suppose that real GDP per capita in the U.S. is $52,000.if the long-term growth rate of real GDP per capita is 3.0% per year, how many years for real GDP per capita to reach $104,000?
Does the relationship between the initial level of real GDP per capita and the growth in real GDP per capita for The United States, Western Europe, Canada, and Japan from 1990 to 2014 support the catch-up hypothesis? Question 22 (1 point) Does the relations hip between the ini tial level of real GDP per capita and the growth in real GDP per capita for The United S tates, Western Europe, Canada, and Japan from 1990 to 2014 support the catch-...