The table above shows aggregate statistical data for Country X in 2018. Assume the GDP deflator is 160.

a) Calculate the nominal GDP in 2018. Show your work.
b) Explain why the income approach for calculating GDP yields the same value as the expenditure approach to
calculating GDP.
c) Explain one major difference between the CPI and the GDP deflator.
d) Using the GDP Deflator, calculate the real GDP for 2018. Show your work.
e) Assume wheat farmers in Country X sold their entire crop of wheat to domestic wheat millers, who sold it to
domestic bakeries. If the value of wheat farmers’ sales is $10 million, the value of wheat millers’ sales is $25
million, and the value of bakeries’ sales is $65 million, by how much would Country X’s nominal GDP
change as a result of this transaction? Explain.

The table above shows aggregate statistical data for Country X in 2018 Assume the GDP deflator is 160 a Calculate the nominal GDP in 2018 Show your work b Expla class=

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Answer:

a) The nominal GDP in 2018 is $1600,000,000

b) Expenditures and income within the economy should balance

c) GDP deflator pertains to all produce goods and services while CPI deflator covers only  goods and services bought by consumers

d) The real GDP is $1,000,000,000

e) Increased by $65 million

Explanation:

a) The equation for finding the GDP is presented in the following equation;

GDP = Consumption + Investment + Government Spending + Net exports

That is;

GDP = C + I + G + (X - IM)

Therefore, the GDP = 1,000 + 400 + 300 - 100 = 1,600

Hence the nominal GDP in 2018 = $1,600,000,000

b) Here we have the income approach to GDP is premised on the fact that the economy expenditures should balance the income generated by the economic production of goods  and services within the economy.

c) The difference between CPI and GDP deflator is that GDP deflator takes into account the prices of services and goods produced while on the other hand, the CPI deflator accounting is based only on the prices of goods and services which customers bought.

d) Here we have;

[tex]GDP \ delfator = \frac{Nominal \, GDP }{real \, GDP} \times 100[/tex]

Therefore, where, the GDP Deflator = 160 we have;

[tex]160 = \frac{1600}{real \, GDP} \times 100[/tex]

Hence;

[tex]real \, GDP = \frac{1600}{160} \times 100 = 1000[/tex]

The real GDP = $1,000,000,000

e) The GDP in the scenario will be calculated by the final goods approach such that the countries GDP will be calculated based on the final sales by the bakeries, that is an increase of $65 million.

The value of the nominal GDP in 2018 will be $1,600 million.

The nominal gross domestic product refers to the assessment of the economic production in an economy. It includes the current prices of goods and services. The nominal GDP will be calculated thus:

GDP = C + I + G + (X - M)

= 1000 + 400 + 300 - 100

= 1600 million.

It should be noted that the expenditure approach for the calculation of the GDP is an output accounting method. It gives the same value as the income approach due to the fact that all income in the economy is spent.

The difference between CPI and GDP deflator is that GDP deflator takes into account the prices of services and goods produced while the CPI deflator accounting emphasizes the prices of goods and services that are bought by the customers.

The real GDP using the GDP deflator will be:

GDP deflator = Nominal GDP/ Real GDP × 100

160 = 1600/Real GDP × 100

Real GDP = 1600/160 × 100

Real GDP = $1000 million

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