Determining Production Advantage

Maria can produce 100 loaves of bread or 25 kg of coffee in a day. David can produce 80 loaves of bread or 10 kg of coffee in a day. Based on this information, who has a comparative advantage in producing bread, and why?

Evaluating a Basis for Trade

A farmer can produce 50 bushels of corn or 20 bushels of soybeans per acre. A neighboring farmer can produce 40 bushels of corn or 15 bushels of soybeans per acre. Because the first farmer is more productive in both crops, there is no basis for them to trade with each other.

Evaluating Task Specialization

Two countries, Alpha and Beta, can produce cars and computers. In one year, Alpha can produce 100 cars or 50 computers. In the same year, Beta can produce 80 cars or 80 computers. Match each item on the left with its correct corresponding value or good on the right based on this information.

Two software developers, Alex and Ben, can perform two tasks: writing new code and fixing bugs. In one hour, Alex can write 200 lines of code or fix 10 bugs. In the same hour, Ben can write 120 lines of code or fix 8 bugs. Which of the following statements correctly identifies a comparative advantage?

An artisan can craft either 4 wooden bowls or 2 decorative chairs in a day. A second artisan can craft either 12 wooden bowls or 3 decorative chairs in a day. For the first artisan, the opportunity cost of producing one decorative chair is ____ wooden bowls.

A manager wants to determine how two employees, Jamie and Pat, should specialize in two tasks: assembling product A and assembling product B. Arrange the following steps in the correct logical sequence to identify who has the comparative advantage in assembling product A.

Evaluating a Specialization Strategy

A farmer can produce 50 bushels of corn or 20 bushels of soybeans per acre. A neighboring farmer can produce 40 bushels of corn or 15 bushels of soybeans per acre. Because the first farmer is more productive in both crops, there is no basis for them to trade with each other.