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 table below lists a fictional country's nominal GDP, real GDP, GDP deflator, and population over two years. Year 2017 2018 Nominal GDP $1,100,000 GDP Deflator 100 105 Real GDP (2017 dollars) $1,100,000 $1,142,857 Population 1,000 1,005 $1,200,000 Instructions: For part b, round your answers for dollar values to two decimal places (dollars and cents). For parts c-d, round your answers to one decimal place. a. Are the real GDP values in the table above accurate? (Click to select) b. This country's real GDP per capita for 2017 is $ and for 2018 is $ c. The growth rate in this country's real GDP per capita between 2017 and 2018 is %. d. The growth rate in the nominal GDP from 2017 to 2018 is %. The growth rate in the GDP deflator between 2017 and 2018 is The growth rate in the population between 2017 and 2018 is %. %.

ENGR.ECONOMIC ANALYSIS
14th Edition
ISBN:9780190931919
Author:NEWNAN
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Chapter1: Making Economics Decisions
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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 table below lists a fictional country's nominal GDP, real GDP, GDP
deflator, and population over two years.
Year
2017
2018
Nominal GDP
$1,100,000
GDP Deflator
100
105
Real GDP (2017 dollars)
$1,100,000
$1,142,857
Population
1,000
1,005
$1,200,000
Instructions: For part b, round your answers for dollar values to two decimal places (dollars and cents). For parts c-d, round your
answers to one decimal place.
a. Are the real GDP values in the table above accurate? (Click to select)
b. This country's real GDP per capita for 2017 is $
and for 2018 is $
c. The growth rate in this country's real GDP per capita between 2017 and 2018 is
%.
d. The growth rate in the nominal GDP from 2017 to 2018 is
%.
The growth rate in the GDP deflator between 2017 and 2018 is
The growth rate in the population between 2017 and 2018 is
%.
%.
Transcribed Image Text: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 table below lists a fictional country's nominal GDP, real GDP, GDP deflator, and population over two years. Year 2017 2018 Nominal GDP $1,100,000 GDP Deflator 100 105 Real GDP (2017 dollars) $1,100,000 $1,142,857 Population 1,000 1,005 $1,200,000 Instructions: For part b, round your answers for dollar values to two decimal places (dollars and cents). For parts c-d, round your answers to one decimal place. a. Are the real GDP values in the table above accurate? (Click to select) b. This country's real GDP per capita for 2017 is $ and for 2018 is $ c. The growth rate in this country's real GDP per capita between 2017 and 2018 is %. d. The growth rate in the nominal GDP from 2017 to 2018 is %. The growth rate in the GDP deflator between 2017 and 2018 is The growth rate in the population between 2017 and 2018 is %. %.
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