The following graph shows the production possibilities frontier (PPF) of an economy that produces drinking water and steel. The black points (plus symbols) represent three possible output levels in a given month. You can select the points to see their exact coordinates. Suppose the economy initially produces 6 million gallons of drinking water and 200,000 tons of steel, which is represented by point A. The opportunity cost of producing an additional 2 million gallons of drinking water (that is, moving production to point B) is _________ (options: 24000, 32000, 40000, 48000, 60000). Suppose, instead, that the economy currently produces 168,000 tons of steel and 8 million gallons of drinking water, which is represented by point B. Now the opportunity cost of producing an additional 2 million gallons of drinking water (that is, moving to point C) is ________ (options: 24000, 32000, 40000, 48000, 60000). Comparing your answers in the two previous paragraphs, you can see that the opportunity cost of 2 million additional gallons of drinking water at point B is _________ (options: less than, equal to, greater than) the opportunity cost of 2 million additional gallons of drinking water at point A. This reflects the __________ (options: fact that resources are scarce, notion that countries can gain from trade, principle of increasing costs).
The following graph shows the production possibilities frontier (PPF) of an economy that produces drinking water and steel. The black points (plus symbols) represent three possible output levels in a given month. You can select the points to see their exact coordinates. Suppose the economy initially produces 6 million gallons of drinking water and 200,000 tons of steel, which is represented by point A. The opportunity cost of producing an additional 2 million gallons of drinking water (that is, moving production to point B) is _________ (options: 24000, 32000, 40000, 48000, 60000). Suppose, instead, that the economy currently produces 168,000 tons of steel and 8 million gallons of drinking water, which is represented by point B. Now the opportunity cost of producing an additional 2 million gallons of drinking water (that is, moving to point C) is ________ (options: 24000, 32000, 40000, 48000, 60000). Comparing your answers in the two previous paragraphs, you can see that the opportunity cost of 2 million additional gallons of drinking water at point B is _________ (options: less than, equal to, greater than) the opportunity cost of 2 million additional gallons of drinking water at point A. This reflects the __________ (options: fact that resources are scarce, notion that countries can gain from trade, principle of increasing costs).
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
Related questions
Question
The following graph shows the production possibilities frontier (PPF ) of an economy that produces drinking water and steel. The black points (plus symbols) represent three possible output levels in a given month. You can select the points to see their exact coordinates.
Suppose the economy initially produces 6 million gallons of drinking water and 200,000 tons of steel, which is represented by point A. The opportunity cost of producing an additional 2 million gallons of drinking water (that is, moving production to point B) is _________ (options: 24000, 32000, 40000, 48000, 60000).
Suppose, instead, that the economy currently produces 168,000 tons of steel and 8 million gallons of drinking water, which is represented by point B. Now the opportunity cost of producing an additional 2 million gallons of drinking water (that is, moving to point C) is ________ (options: 24000, 32000, 40000, 48000, 60000).
Comparing your answers in the two previous paragraphs, you can see that the opportunity cost of 2 million additional gallons of drinking water at point B is _________ (options: less than, equal to, greater than) the opportunity cost of 2 million additional gallons of drinking water at point A. This reflects the __________ (options: fact that resources are scarce, notion that countries can gain from trade , principle of increasing costs).
![16
14
PPF
12
10
B
2
40
80
120
160
200
240
280
320
STEEL (Thousands of tons)
Suppose the economy initially produces 6 million gallons of drinking water and 200,000 tons of steel, which is represented by point A. The opportunity
cost of producing an additional 2 million gallons of drinking water (that is, moving production to point B) is
tons of steel.
Suppose, instead, that the economy currently produces 168,000 tons of steel and 8 million gallons of drinking water, which is represented by point B.
Now the opportunity cost of producing an additional 2 million gallons of drinking water (that is, moving to point C) is
tons of steel.
Comparing your answers in the two previous paragraphs, you can see that the opportunity cost of 2 million additional gallons of drinking water at
point B is
▼ the opportunity cost of 2 million additional gallons of drinking water at point A. This reflects
the
DRINKING WATER (Millions of gallons)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F45a3ef93-cfab-4abf-b3a0-8ece68182ac4%2F42652273-3efb-4280-80b4-ee888d398672%2Fp25xehk_processed.png&w=3840&q=75)
Transcribed Image Text:16
14
PPF
12
10
B
2
40
80
120
160
200
240
280
320
STEEL (Thousands of tons)
Suppose the economy initially produces 6 million gallons of drinking water and 200,000 tons of steel, which is represented by point A. The opportunity
cost of producing an additional 2 million gallons of drinking water (that is, moving production to point B) is
tons of steel.
Suppose, instead, that the economy currently produces 168,000 tons of steel and 8 million gallons of drinking water, which is represented by point B.
Now the opportunity cost of producing an additional 2 million gallons of drinking water (that is, moving to point C) is
tons of steel.
Comparing your answers in the two previous paragraphs, you can see that the opportunity cost of 2 million additional gallons of drinking water at
point B is
▼ the opportunity cost of 2 million additional gallons of drinking water at point A. This reflects
the
DRINKING WATER (Millions of gallons)
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