Tables - AP Macroeconomics
Card 0 of 77
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
Which of the following is true about their trade potential?
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
Which of the following is true about their trade potential?
Trade does not depend on absolute advantage (who can produce the most of both goods) but comparative advantage (who can produce one good cheaper than the other). Country A can produce cars more cheaply than country B (1 car costs 2.5 computers for country A while it costs 3 computers for country B). Country B on the other hand can produce computers more cheaply than country A (1 computer costs 0.3 cars in country B while it costs 0.4 cars in country A). Thus they will both benefit from trade.
Trade does not depend on absolute advantage (who can produce the most of both goods) but comparative advantage (who can produce one good cheaper than the other). Country A can produce cars more cheaply than country B (1 car costs 2.5 computers for country A while it costs 3 computers for country B). Country B on the other hand can produce computers more cheaply than country A (1 computer costs 0.3 cars in country B while it costs 0.4 cars in country A). Thus they will both benefit from trade.
Compare your answer with the correct one above
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give possible terms of trade?
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give possible terms of trade?
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that. It follows then, that any terms of trade where Country A has to pay more than 0.4 cars for a computer would be unacceptable since then they would be better off making them themselves. Similarly, any terms of trade where Country B has to pay more than 3 computers to get a car would be unacceptable for the same reason. The only acceptable terms of trade in the options are 1 computer = 0.35 cars.
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that. It follows then, that any terms of trade where Country A has to pay more than 0.4 cars for a computer would be unacceptable since then they would be better off making them themselves. Similarly, any terms of trade where Country B has to pay more than 3 computers to get a car would be unacceptable for the same reason. The only acceptable terms of trade in the options are 1 computer = 0.35 cars.
Compare your answer with the correct one above
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give the trade outcomes that would result?
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give the trade outcomes that would result?
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that.
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that.
Compare your answer with the correct one above
In a certain year, nominal gross domestic product grew by 8 percent. The inflation rate was 4 percent. Real gross domestic product for this year was _______.
In a certain year, nominal gross domestic product grew by 8 percent. The inflation rate was 4 percent. Real gross domestic product for this year was _______.
Nominal GDP growth refers to the rate at which real GDP increases. To find real GDP growth (i.e. GDP growth that accounts for inflation), subtract the inflation rate from the nominal GDP growth rate.
In this case, the nominal GDP growth rate is 8 percent, and the inflation rate is 4 percent. Thus, the real GDP growth rate is 4%.
Nominal GDP growth refers to the rate at which real GDP increases. To find real GDP growth (i.e. GDP growth that accounts for inflation), subtract the inflation rate from the nominal GDP growth rate.
In this case, the nominal GDP growth rate is 8 percent, and the inflation rate is 4 percent. Thus, the real GDP growth rate is 4%.
Compare your answer with the correct one above
Which of these methods is a correct model for GDP?
Which of these methods is a correct model for GDP?
The quantity of money times the velocity of money is equal to the real output times the price level. So, if the above equation is solved for Y, it gives us: 
The quantity of money times the velocity of money is equal to the real output times the price level. So, if the above equation is solved for Y, it gives us:
Compare your answer with the correct one above
Which of the following is NOT a measure of income when using the income approach to calculate GDP?
Which of the following is NOT a measure of income when using the income approach to calculate GDP?
The income approach to calculating GDP will arrive at the same number as other approaches, such as the production approach or expenditure approach. The five sources of income used to calculate Income GDP, or Gross Domestic Income, are wages and salaries; interest and investment income; corporate profits; farmers' income; and non-farm unincorporated business profits.
The income approach to calculating GDP will arrive at the same number as other approaches, such as the production approach or expenditure approach. The five sources of income used to calculate Income GDP, or Gross Domestic Income, are wages and salaries; interest and investment income; corporate profits; farmers' income; and non-farm unincorporated business profits.
Compare your answer with the correct one above
Each of the following is included in the gross domestic product EXCEPT _________.
Each of the following is included in the gross domestic product EXCEPT _________.
To calculate the GDP, we add consumption, investment, government expenditures, and net exports.
Transfer payments, such as social security, welfare, and unemployment checks, on the other hand, are not included in the calculation of the GDP.
To calculate the GDP, we add consumption, investment, government expenditures, and net exports.
Transfer payments, such as social security, welfare, and unemployment checks, on the other hand, are not included in the calculation of the GDP.
Compare your answer with the correct one above
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
Which of the following is true about their trade potential?
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
Which of the following is true about their trade potential?
Trade does not depend on absolute advantage (who can produce the most of both goods) but comparative advantage (who can produce one good cheaper than the other). Country A can produce cars more cheaply than country B (1 car costs 2.5 computers for country A while it costs 3 computers for country B). Country B on the other hand can produce computers more cheaply than country A (1 computer costs 0.3 cars in country B while it costs 0.4 cars in country A). Thus they will both benefit from trade.
Trade does not depend on absolute advantage (who can produce the most of both goods) but comparative advantage (who can produce one good cheaper than the other). Country A can produce cars more cheaply than country B (1 car costs 2.5 computers for country A while it costs 3 computers for country B). Country B on the other hand can produce computers more cheaply than country A (1 computer costs 0.3 cars in country B while it costs 0.4 cars in country A). Thus they will both benefit from trade.
Compare your answer with the correct one above
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give possible terms of trade?
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give possible terms of trade?
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that. It follows then, that any terms of trade where Country A has to pay more than 0.4 cars for a computer would be unacceptable since then they would be better off making them themselves. Similarly, any terms of trade where Country B has to pay more than 3 computers to get a car would be unacceptable for the same reason. The only acceptable terms of trade in the options are 1 computer = 0.35 cars.
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that. It follows then, that any terms of trade where Country A has to pay more than 0.4 cars for a computer would be unacceptable since then they would be better off making them themselves. Similarly, any terms of trade where Country B has to pay more than 3 computers to get a car would be unacceptable for the same reason. The only acceptable terms of trade in the options are 1 computer = 0.35 cars.
Compare your answer with the correct one above
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give the trade outcomes that would result?
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give the trade outcomes that would result?
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that.
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that.
Compare your answer with the correct one above
In a certain year, nominal gross domestic product grew by 8 percent. The inflation rate was 4 percent. Real gross domestic product for this year was _______.
In a certain year, nominal gross domestic product grew by 8 percent. The inflation rate was 4 percent. Real gross domestic product for this year was _______.
Nominal GDP growth refers to the rate at which real GDP increases. To find real GDP growth (i.e. GDP growth that accounts for inflation), subtract the inflation rate from the nominal GDP growth rate.
In this case, the nominal GDP growth rate is 8 percent, and the inflation rate is 4 percent. Thus, the real GDP growth rate is 4%.
Nominal GDP growth refers to the rate at which real GDP increases. To find real GDP growth (i.e. GDP growth that accounts for inflation), subtract the inflation rate from the nominal GDP growth rate.
In this case, the nominal GDP growth rate is 8 percent, and the inflation rate is 4 percent. Thus, the real GDP growth rate is 4%.
Compare your answer with the correct one above
Which of these methods is a correct model for GDP?
Which of these methods is a correct model for GDP?
The quantity of money times the velocity of money is equal to the real output times the price level. So, if the above equation is solved for Y, it gives us:
The quantity of money times the velocity of money is equal to the real output times the price level. So, if the above equation is solved for Y, it gives us:
Compare your answer with the correct one above
Which of the following is NOT a measure of income when using the income approach to calculate GDP?
Which of the following is NOT a measure of income when using the income approach to calculate GDP?
The income approach to calculating GDP will arrive at the same number as other approaches, such as the production approach or expenditure approach. The five sources of income used to calculate Income GDP, or Gross Domestic Income, are wages and salaries; interest and investment income; corporate profits; farmers' income; and non-farm unincorporated business profits.
The income approach to calculating GDP will arrive at the same number as other approaches, such as the production approach or expenditure approach. The five sources of income used to calculate Income GDP, or Gross Domestic Income, are wages and salaries; interest and investment income; corporate profits; farmers' income; and non-farm unincorporated business profits.
Compare your answer with the correct one above
Each of the following is included in the gross domestic product EXCEPT _________.
Each of the following is included in the gross domestic product EXCEPT _________.
To calculate the GDP, we add consumption, investment, government expenditures, and net exports.
Transfer payments, such as social security, welfare, and unemployment checks, on the other hand, are not included in the calculation of the GDP.
To calculate the GDP, we add consumption, investment, government expenditures, and net exports.
Transfer payments, such as social security, welfare, and unemployment checks, on the other hand, are not included in the calculation of the GDP.
Compare your answer with the correct one above
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
Which of the following is true about their trade potential?
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
Which of the following is true about their trade potential?
Trade does not depend on absolute advantage (who can produce the most of both goods) but comparative advantage (who can produce one good cheaper than the other). Country A can produce cars more cheaply than country B (1 car costs 2.5 computers for country A while it costs 3 computers for country B). Country B on the other hand can produce computers more cheaply than country A (1 computer costs 0.3 cars in country B while it costs 0.4 cars in country A). Thus they will both benefit from trade.
Trade does not depend on absolute advantage (who can produce the most of both goods) but comparative advantage (who can produce one good cheaper than the other). Country A can produce cars more cheaply than country B (1 car costs 2.5 computers for country A while it costs 3 computers for country B). Country B on the other hand can produce computers more cheaply than country A (1 computer costs 0.3 cars in country B while it costs 0.4 cars in country A). Thus they will both benefit from trade.
Compare your answer with the correct one above
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give possible terms of trade?
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give possible terms of trade?
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that. It follows then, that any terms of trade where Country A has to pay more than 0.4 cars for a computer would be unacceptable since then they would be better off making them themselves. Similarly, any terms of trade where Country B has to pay more than 3 computers to get a car would be unacceptable for the same reason. The only acceptable terms of trade in the options are 1 computer = 0.35 cars.
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that. It follows then, that any terms of trade where Country A has to pay more than 0.4 cars for a computer would be unacceptable since then they would be better off making them themselves. Similarly, any terms of trade where Country B has to pay more than 3 computers to get a car would be unacceptable for the same reason. The only acceptable terms of trade in the options are 1 computer = 0.35 cars.
Compare your answer with the correct one above
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give the trade outcomes that would result?
Countries A & B can produce the following maximum quantities of cars and computers (when they use all their resources to produce one of the goods):
Country A: 500 computers OR 200 cars
Country B: 300 computers OR 100 cars
If these countries were to trade, which of the following options give the trade outcomes that would result?
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that.
To answer this question, you would have to tabulate the opportunity costs of both Country A and Country B in the production of cars and computers, this will allow you to consider what trades are possible and which are not. This would be the result of the table:
Opp costs of computer production
Country A: 1 computer = 0.4 cars
Country B: 1 computer = 0.3 cars
Opp costs of car production
Country A: 1 car = 2.5 computers
Country B: 1 car = 3 computers
This tells us that Country B will produce the majority of the computers, since they have a comparative advantage in that, and Country A will produce most of the cars since they have a comparative advantage in that.
Compare your answer with the correct one above
In a certain year, nominal gross domestic product grew by 8 percent. The inflation rate was 4 percent. Real gross domestic product for this year was _______.
In a certain year, nominal gross domestic product grew by 8 percent. The inflation rate was 4 percent. Real gross domestic product for this year was _______.
Nominal GDP growth refers to the rate at which real GDP increases. To find real GDP growth (i.e. GDP growth that accounts for inflation), subtract the inflation rate from the nominal GDP growth rate.
In this case, the nominal GDP growth rate is 8 percent, and the inflation rate is 4 percent. Thus, the real GDP growth rate is 4%.
Nominal GDP growth refers to the rate at which real GDP increases. To find real GDP growth (i.e. GDP growth that accounts for inflation), subtract the inflation rate from the nominal GDP growth rate.
In this case, the nominal GDP growth rate is 8 percent, and the inflation rate is 4 percent. Thus, the real GDP growth rate is 4%.
Compare your answer with the correct one above
Which of these methods is a correct model for GDP?
Which of these methods is a correct model for GDP?
The quantity of money times the velocity of money is equal to the real output times the price level. So, if the above equation is solved for Y, it gives us:
The quantity of money times the velocity of money is equal to the real output times the price level. So, if the above equation is solved for Y, it gives us:
Compare your answer with the correct one above
Which of the following is NOT a measure of income when using the income approach to calculate GDP?
Which of the following is NOT a measure of income when using the income approach to calculate GDP?
The income approach to calculating GDP will arrive at the same number as other approaches, such as the production approach or expenditure approach. The five sources of income used to calculate Income GDP, or Gross Domestic Income, are wages and salaries; interest and investment income; corporate profits; farmers' income; and non-farm unincorporated business profits.
The income approach to calculating GDP will arrive at the same number as other approaches, such as the production approach or expenditure approach. The five sources of income used to calculate Income GDP, or Gross Domestic Income, are wages and salaries; interest and investment income; corporate profits; farmers' income; and non-farm unincorporated business profits.
Compare your answer with the correct one above