According to the data from the U.S Department of Agriculture’s National Agricultural Statistic Service, 124 million acres lands in the U.S were used for wheat or corn farming in a recent year. Of those 124 acres, farmers used 50 million acres to grow 2.158 billion bushels of wheat and 74 million acres to grow 11.807 billion bushels of corn. Suppose that U.S wheat and corn farming is efficient in production. At that production point, the opportunity cost producing 1 additional bushels of wheat 1.7 fewer bushels of corn. However, because farmers have an increasing opportunity cost, additional bushels of wheat have an opportunity cost greater than 1.7 bushels of corn. For each of the following production point, decide whether that production point is (i) feasible and efficient in production, (ii) feasible but not efficient in production, (iii) not feasible, or (iv) unclear as to whether or not it is feasible. Farmers use 40 million acres of land to produce 1.8 billion bushels of wheat, and they use 60 million acres of land to produce 9 million bushels of corn. The remaining 24 million acres are left unused. From their original production point, farmers transfer 40 million acres of land from corn to wheat production. They now produce 3.158 billion bushels of wheat and 10.107 bushels of corn. Farmers reduce their production of wheat to 2 billion bushels and increase their production of corn to 12.044 billion bushels. Along the production possibility frontier , the opportunity cost of going from 11.807 billion bushels of corn to 12.044 billion bushels of corn is 0.666 bushels of wheat per bushels of corn.

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A health study tracked a group of persons for five years. At the beginning of the study, 20%were classified as heavy smokers, 30% as light smokers, and 50% as nonsmokers. Resultsof the study showed that light smokers were twice as likely as nonsmokers to die duringthe five-year study, but only half as likely as heavy smokers.A randomly selected participant from the study died during the five-year period. Calculatethe probability that the participant was a heavy smoker

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Chapter 2, Problem 2P

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According to the data from the U.S Department of Agriculture’s National Agricultural Statistic Service, 124 million acres lands in the U.S were used for wheat or corn farming in a recent year. Of those 124 acres, farmers used 50 million acres to grow 2.158 billion bushels of wheat and 74 million acres to grow 11.807 billion bushels of corn. Suppose that U.S wheat and corn farming is efficient in production. At that production point, the opportunity cost producing 1 additional bushels of wheat 1.7 fewer bushels of corn. However, because farmers have an increasing opportunity cost, additional bushels of wheat have an opportunity cost greater than 1.7 bushels of corn. For each of the following production point, decide whether that production point is (i) feasible and efficient in production, (ii) feasible but not efficient in production, (iii) not feasible, or (iv) unclear as to whether or not it is feasible.

Farmers use 40 million acres of land to produce 1.8 billion bushels of wheat, and they use 60 million acres of land to produce 9 million bushels of corn. The remaining 24 million acres are left unused.

From their original production point, farmers transfer 40 million acres of land from corn to wheat production. They now produce 3.158 billion bushels of wheat and 10.107 bushels of corn.

Farmers reduce their production of wheat to 2 billion bushels and increase their production of corn to 12.044 billion bushels. Along the production possibility frontier, the opportunity cost of going from 11.807 billion bushels of corn to 12.044 billion bushels of corn is 0.666 bushels of wheat per bushels of corn.

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