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c + ig +g + xn = GDP c + ig +g + xn = GDP
Because what goes in must come out.....
There are two types of GDP.such as 1)Potential GDP,2) Nominal GDP
Potential GDP is basically the sum of growth in productivity, growth in labor force, and growth in number of hours worked. In a mature economy like the US, change in number of hours worked is insignificant and often ignored. -Potential GDP is the level of real GDP that the economy would produce if it were at full employment. When real GDP falls short of potential GDP the economy is not at full employment. When the economy is at full employment real GDP equals potential GDP. Real GDP can exceed potential GDP only temporarily as it approaches and then recedes from a business cycle peak.
GDP = gross domestic product
c + ig +g + xn = GDP c + ig +g + xn = GDP
Because what goes in must come out.....
In terms of GDP(nominal) its app. 2% of world GDP.
There are two types of GDP.such as 1)Potential GDP,2) Nominal GDP
Potential GDP is basically the sum of growth in productivity, growth in labor force, and growth in number of hours worked. In a mature economy like the US, change in number of hours worked is insignificant and often ignored. -Potential GDP is the level of real GDP that the economy would produce if it were at full employment. When real GDP falls short of potential GDP the economy is not at full employment. When the economy is at full employment real GDP equals potential GDP. Real GDP can exceed potential GDP only temporarily as it approaches and then recedes from a business cycle peak.
GDP = gross domestic product
As of 2021, Canada's GDP is approximately $2 trillion USD.
The GDP of Japan is $4.38 trillion ranking it #2 in the world behind the US (International Monetary Fund 2007).
Primarily this happens because of increase in prices. Nominal GDP= GDP using current prices. Real GDP= GDP that takes prices changes into account. Let me give a very simple example, let's say: In year 1, the country produced 10 computers for 10 dollars each. So GDP for year 1= $100 In year 2, the country only produced 9 computers for 15 dollars each. So GDP for year 2 = $135 (9x15) In year 2,the nominal GDP has increased from $100 to $135. However, we measure real GDP using a base year, in this case year 1, so we use the price of year 1 to find the real GDP for year 2. Using prices of year 1 we have: 9 computers x $10 each = $90 of real GDP. Finally, you see that even nominal GDP for year 2 was $135, the real GDP was $90.
2%
4%
2 million