Problem 4 GDP Flucutation and Average growth We provide the Singapore's real GDP per capita from year 2000 to 2016 online. Please compute the average growth rate and the flucuation term of the GDP. A Year GDP per capita in 2010 usd 2000 33390.05848 2001 32191.94009 2002 33242.98633 2003 35233.13448 2004 38117.41053 2005 40020.26016 2006 42223.89136 2007 44191.23809 2008 42650.10208 2009 41133.29981 2010 46569.67951 2011 48447.68058 2012 49103.70878 2013 50731.29694 2014 51865.71799 2015 52244.58649 2016 52600.64123

Problem 4 GDP Flucutation and Average growth We provide the Singapore's real GDP per capita from year 2000 to 2016 online. Please compute the average growth rate and the flucuation term of the GDP. A Year GDP per capita in 2010 usd 2000 33390.05848 2001 32191.94009 2002 33242.98633 2003 35233.13448 2004 38117.41053 2005 40020.26016 2006 42223.89136 2007 44191.23809 2008 42650.10208 2009 41133.29981 2010 46569.67951 2011 48447.68058 2012 49103.70878 2013 50731.29694 2014 51865.71799 2015 52244.58649 2016 52600.64123

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

Assume GDP of a (tiny) country at time zero is equal to $105.00105.00. Calculate GDP 11 years11 years later if the annual growth rate of GDP is 6 percent6 percent. Round to two places after the decimal.
Suppose a country has a real GDP per capita of $68,000 and grows at a constant rate for the next 36 years. How much larger (in percentage terms) is this country if its growth rate is 4.33% instead of 3.13% after 36 years of growth? Answer this as a percentage and round your answer to two digits after the decimal without the percentage sign. ex. If you found the rate to be 5.125%, answer 5.13.
At an annual growth rate of 2% it will take approximately years for a country's GDP to double. Over the next 70 years, how many times will GDP double, assuming the growth rate does not change? If GDP starts at a value of $10 million, then in 70 years the value of GDP will be $ million. In 70 years the value of GDP will be times larger than it is today.
The growth rate of real GDP in the United States rises from 4.2% to 4.4%. Explain and calculate how this increase in the growth rate of real GDP affects the number of years it will take for real GDP to double.
Give the latest estimated values of GDP, of GDP per capita, and of GNI, in the U.S., as reported by the US Department of Commerce, in both real and nominal values. Provide the most recent estimates of the rates of growth of GDP, in both real and nominal terms.
The Rule of 72 Small differences in annual growth rates cumulate into large differences in GDP. Shown here are the number of years it would take to double GDP at various growth rates. Doubling times can be approximated by the rule of 72. Seventy-two divided by the growth rate equals the number of years it takes to double. Growth Rate Doubling Time (percent) (years) 0.0 Never 0.5 144.0 1.0 72.0 48.0 36.0 28.8 20.6 20.6 18.0 16.0 14.4 13.1 12.0 11.1 10.3 9.6 9.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0 China's output grew at an amazing rate of 8 percent per year from 2010 to 2014. a. At that rate how long would it take for China's GDP to double? b. With its population increasing at 0.6 percent per year, how long will it take for per capita GDP to double? years years
The table below shows real GDP, population, and real GDP per capita for the hypothetical economy of Highlands. Real GDP and Population over Time Population (thousands of people) 224 228 237 Year 1 2 Real GDP (millions of dollars) $5,847 6,666 7,541 Instructions: Round your answers to one decimal place. a. Using the information in the table, calculate the growth rates in real GDP, population, and the standard of living (real GDP per capita) between year 1 and year 2. Real GDP: Population: Standard of living: b. Now, using the information in the table, calculate the growth rates in real GDP, population, and the standard of living between year 2 and year 3. Real GDP: % % Real GDP per Capita (dollars) $26,103 29,237 31,819 % % Population: Standard of living: c. The standard of living in the economy of Highlands between year 1 and year 2 grew (Click to select) the standard of living between year 2 and year 3. %
> Consider the data in the table below: Per capita GDP, 2017 Saving rate (%) TFP (Ā) United States 1.000 23.5 1.000 Switzerland 1.151 28.8 1.052 Answer the following questions using the Solow growth model. 9. Assuming no differences in TFP (ignore the last column) and no differences in the rate of depreciation between the U.S. and Switzerland, use the data in the table to predict the ratio of per capita GDP of Switzerland relative to that of the U.S. in the steady states. How much percent richer is Switzerland than the U.S. in steady state? 10. Now do the same exercise assuming TFP is given by the levels in the last column. Now how much percent richer is Switzerland than the U.S. in steady state? Consider the data in the table below: Per сapita GDP, 2017
Brazil’s real GDP was 1,520 trillion reais in 2011 and 1,585 trillion reais in 2012. Brazil’s population was 195 million in 2011 and 196.5 million in 2012. Calculate a. The growth rate of real GDP b. The growth rate of real GDP per person c. The approximate number of years it takes for real GDP per person to double when the real GDP growth rate and the population growth rate are maintained.
2. Here, again, are the GDP per capita numbers for a number of countries shown in class. But rather than focus on welfare now, let us consider the effects of differences in growth rates on how the GDP ranking between countries evolves over time. GDP and Welfare across Countries, 2007 Per capita GDP 100.0 Country United States France United Kingdom Germany Italy Japan Hong Kong Singapore. South Korea Mexico Russia Brazil Chinal Indonesia. India Botswana South Africa Malawi 74.2 81.7 78.0 69.8 75.2 84.0 112.6 57.0 28.4 33.1 17.8 12.6 7.8 6.8 23.4 17.0 1.2 Welfare Life expectancy 100.0 110.5 104.6 98.3 92.9 86.3 63.9 524 41.0 17.7 16.8 12.0 5.0 4.5 3.2 2.4 2.4 0.3 1.000 77.8 1.187 80.8 1.098 2 79.4 1.103 79.5 1.213 81.3 1.291 82.5 1.272 82.4 1.148 80.4 1.082 79.3 0.913 76.0 0.561 67.5 0.753 72.1 0.797 72.6 0.624 67.7 0.520 64.1 0.215 52.1 0.194 51.0 0.295 50.9 Decomposition C/Y Leisure Inequality 1.000 1.000 1.000 0.814 0.801 0.651 0.953 1.175 1.121 0.776 0.859 1.022 1.067 0.832 0.822…
1. Economic growth around the world The following table reports real income per person for several different economies in the years 1960 and 2010. It also gives each economy's average annual growth rate during his period. For example, real income per person in Niger was $945 in 1960, and it actually declined to $570 by 2010. Niger's average annual growth rate during this period was -1.01%, and it was the poorest economy in the table in the year 2010. The real income-per-person figures are denominated in U.S. dollars with a base year of 2005. The following exercises will help you to understand the different growth experiences of these economies. Economy Canada United Kingdom Korea Hong Kong Guatemala Niger Real Income per Person in 1960 Real Income per Person in 2010 (Dollars) (Dollars) 35,810 12,946 11,884 32,034 1,610 28,702 4,518 44,070 1,985 3,859 945 570 Annual Growth Rate (Percent) 2.06 2.00 5.93 4.66 1.34 -1.01
In 2008, the GDP of France was $7900. Suppose that France has a growth rate of 2%. a. What is France's GDP after 2 years b. What is France's GDP after 6 years