Assume the following problem is based on 2010 economic data for the following countries associated with the North American Free Trade Agreement (NAFTA):
United States
Mexico
Real GDP per capita $44,000
Real GDP per Capita $11,000
a. What is the definition and the formula for the rule of 70?
b. Assuming that real GDP per capita in Mexico grows at the rate of 5 percent per year, how long will it take for Mexico's economy to double?
c. How many years will it take for Mexico's economy to reach the level of the United States real GDP per capita in 2010?
d. Using economic growth theory, what has helped Developing Countries (DVCs) like the Asian Tigers of Singapore, South Korea, Thailand, Hong Kong, and Japan transform into Industrially Advanced Countries (IACs)? e. Based on our discussion in class, Superstar Economist Alan Greenspan classified the large transition economies of India and China as Elephants. Explain the meaning of this phrase
Assume the following problem is based on 2010 economic data for the following countries associated with the North American Free Trade Agreement (NAFTA):
United States |
Mexico |
Real GDP per capita $44,000 |
Real GDP per Capita $11,000 |
a. What is the definition and the formula for the rule of 70?
b. Assuming that real GDP per capita in Mexico grows at the rate of 5 percent per year, how long will it take for Mexico's economy to double?
c. How many years will it take for Mexico's economy to reach the level of the United States real GDP per capita in 2010?
d. Using economic growth theory, what has helped Developing Countries (DVCs) like the Asian Tigers of Singapore, South Korea, Thailand, Hong Kong, and Japan transform into Industrially Advanced Countries (IACs)? e. Based on our discussion in class, Superstar Economist Alan Greenspan classified the large transition economies of India and China as Elephants. Explain the meaning of this phrase
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The empirical fit of the production model: The table below reports per capita GDP and capital per person in the year 2010 for 10 countries. Your task is to fill in the missing columns of the table.
(a) Given the values in columns 1 and 2, fill in columns 3 and 4. That is, compute per capita GDP and capital per person relative to the U.S. values.
(b) In columns 5, use the production model(with a capital exponent of 1/3) to compute predicted per capita GDP for each country relative to the United States, assuming there are no TFP differences.
(c) In Column 6, compute the level of TFP for each country that is needed to match up the model and the data.
(d) Comment on the general results you find.
Country |
In 2005 dollars |
Relative to the U.S. values (U.S. = 1) |
||||
Capital per person |
Per Capita GDP |
Capital per person |
Per capita GDP |
Predicted y* |
Implies TFP to match data |
|
Unites States |
124,162 |
41.365 |
1,000 |
1,000 |
1,000 |
1,000 |
Canada |
110,132 |
37,104 |
||||
France |
100,668 |
31,299 |
||||
Hong Kong |
136,360 |
38,685 |
||||
South Korea |
101,506 |
26,609 |
||||
Indonesia |
9,173 |
3,966 |
||||
Argentina |
29390 |
12,340 |
||||
Mexico |
35,887 |
11,939 |
||||
Kenya |
2,125 |
1,247 |
||||
Ethiopia |
977 |
680 |
1. Consider an economy that produces oranges and boomerangs. The prices and quantities of these goods in two different years are reported in the table below. Fill in the missing entries
2016 | 2017 | % change of 2016-2017 | |
quantity of oranges | 100 | 105 | ? |
quantity of boomerangs | 20 | 22 | ? |
price of oranges (dollars) | 1 | 1.10 | ? |
price of bommerangs (dollars | 3 | 3.10 | ? |
Nominal GDP | ? | ? | ? |
Real GDP in 2016 prices | ? | ? | ? |
Real GDP in 2017 prices | ? | ? | ? |
Real GDP in chained prices | ? | ? | ? |
2. Consider the economy from the above problem 1.^ Calculate the inflation rate for the 2016â2017 period using the GDP
deflator based on the Laspeyres, Paasche, and chain-weighted indexes of GDP.
3. Indian GDP in 2010 was 78.9 trillion rupees, while U.S. GDP was $14.5 trillion. The exchange rate in 2010 was 45.7 rupees per dollar. India turns out to have lower prices than the United States (this is true more generally for poor countries): the price level in India (converted to dollars) divided by the price level in the United States was 0.368 in 2010.
(a) What is the ratio of Indian GDP to U.S. GDP if we donât take into account the differences in relative prices and simply use the exchange rate to make the conversion?
(b) What is the ratio of real GDP in India to real GDP in the United States in common prices?
(c) Why are these two numbers different?