(a)
(b) The value of nominal GDP in 2017 is $ 1120.2 billion and in 2018 is $ 1388.0 billion
The value of nominal GDP in 2018 = 60x2.7 + 14x12.5 + 6x90 + 7.73 = 1388.0 billion
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(c) The value of real GDP in 2017 is $1061.1 billion and 2018 is $1143.0 billion (2016 prices)
The value of real GDP in 2017 = 2.3x57 + 11x12 + 5x6 + 6x6 = 1061.1 billion
The value of real GDP in 2018 = 2.3x60 + 11x14 + 5x6 + 6x7 = 1143.0 billion
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The annual growth rate formula is r = (final value/initial value)^(1/number of years) - 1
(d) The annual growth rate of nominal GDP in 2017 is 18.2% and in 2018 is 21.0%
The annual growth rate of nominal GDP in 2017 = (1120.2/947.6)^(1/1) - 1 = 18.2%
The annual growth rate of nominal GDP in 2018 = (1388/947.6)^(1/2) - 1 = 21.0%
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(e) The annual growth rate of real GDP in 2017 is 12.0% and in 2018 is 9.8%
Note that the real GDP in 2016 = nominal GDP in 2016 since we are using 2016 as the base year.
The annual growth rate of real GDP in 2017 = (1061.1/947.6)^(1/1) - 1 = 12.0%
The annual growth rate of real GDP in 2018 = (1143/947.6)^(1/2) - 1 = 9.8%
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(f) The real GDP per capita in 2016 is $32676, in 2017 is $35370 and in 2018 is 36871
The real GDP per capita in 2016 = real GDP in 2016 / population in 2016 = 947.6 billion/29 million = 32676
The real GDP per capita in 2017 = real GDP in 2017 / population in 2017 = 1061.1 billion/30 million = 35370
The real GDP per capita in 2018 = real GDP in 2018 / population in 2018 = 1143 billion/31 million = 36871
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(g) The growth rate of real GDP per capita in 2017 is 8.2% and in 2018 is 6.2%
The growth rate of real GDP per capita in 2017 = (35370/32676)^(1/1) - 1 = 8.2%
The growth rate of real GDP per capita in 2018 = (36871/32676)^(1/1) - 1 = 6.2%
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The data in the table below show the total output (a mixture of consumer, capital, and...
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