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1. Economists try to address their subject with a scientist’s objectivity.
2. Economists devise theories, collect data, and then analyze these data in an attempt to verify or refute their theories.
3. The scientific method is the dispassionate development and testing of theories about how the world works.
4. The scientific method can be applied to the study of economics.
5. While the scientific method is applicable to studying natural sciences, it is not applicable to studying a nation’s
economy.
6. For economists, conducting experiments is often difficult and sometimes impossible.
7. Economists usually have to make do with whatever data the world happens to give them.
8. It is difficult for economists to make observations and develop theories, but it is easy for economists to run experiments
to generate data to test their theories.
9. Since economists cannot use natural experiments offered by history, they must use carefully constructed laboratory
experiments instead.
10. Historical episodes are not valuable to economists.
11. Historical episodes allow economists to illustrate and evaluate current economic theories.
12. Good assumptions simplify a problem without substantially affecting the answer.
13. Assumptions can simplify the complex world and make it easier to understand.
14. Economists often find it worthwhile to make assumptions that do not necessarily describe the real world.
15. Economists use one standard set of assumptions to answer all economic questions.
16. Economic models are most often composed of diagrams and equations.
17. Economic models omit many details to allow us to see what is truly important.
18. Economic models can help us understand reality only when they include all details of the economy.
19. An economic model can accurately explain how the economy is organized because it is designed to include, to the
extent possible, all features of the real world.
20. All scientific models, including economic models, simplify reality in order to improve our understanding of it.
21. The circular-flow diagram explains, in general terms, how the economy is organized and how participants in the
economy interact with one another.
22. A circular-flow diagram is a visual model of the economy.
23. The circular flow model is not used anymore because it fails to perfectly replicate real world situations.
24. In the circular-flow diagram, households and firms are the decision makers.
25. In the circular-flow diagram, firms produce goods and services using the factors of production.
26. In the circular-flow diagram, factors of production are the goods and services produced by firms.
27. In the circular-flow diagram, factors of production include land, labor, and capital.
28. In the circular-flow diagram, firms own the factors of production and use them to produce goods and services.
29. In the circular-flow diagram, firms consume all the goods and services that they produce.
30. In the circular-flow diagram, the two types of markets in which households and firms interact are the markets for
goods and services and the markets for factors of production.
31. In the markets for goods and services in the circular-flow diagram, households are buyers and firms are sellers.
32. In the markets for the factors of production in the circular-flow diagram, households are buyers and firms are sellers.
33. In the circular-flow diagram, one loop represents the flow of goods, services, and factors of production, and the other
loop represents the corresponding flow of dollars.
34. In the circular-flow diagram, one loop represents the flow of goods and services, and the other loop represents the
flow of factors of production.
35. In the circular-flow diagram, payments for labor, land, and capital flow from firms to households through the markets
for the factors of production.
36. The production possibilities frontier is a graph that shows the various combinations of outputs that the economy can
possibly produce given the available factors of production and the available production technology.
37. Refer to Figure 2-14. If this economy uses all its resources in the dishwasher industry, it produces 35 dishwashers
and no doghouses.
38. Refer to Figure 2-14. It is possible for this economy to produce 75 doghouses.
39. Refer to Figure 2-14. It is possible for this economy to produce 30 doghouses and 20 dishwashers.
40. Refer to Figure 2-14. It is possible for this economy to produce 45 doghouses and 30 dishwashers.
41. Refer to Figure 2-14. When this economy produces 30 doghouses and 25 dishwashers there is full employment.
42. Refer to Figure 2-14. This economy fully employs its resources when it produces 35 dishwashers and zero
doghouses.
43. Refer to Figure 2-14. Given the technology available for manufacturing doghouses and dishwashers, this economy
does not have enough of the factors of production to support the level of output represented by point C.
44. Refer to Figure 2-14. Points A, B, and D represent feasible outcomes for this economy.
45. Refer to Figure 2-14. Points B and C represent infeasible outcomes for this economy.
46. Refer to Figure 2-14. Points A, B, and D represent efficient outcomes for this economy.
47. Refer to Figure 2-14. Point B represents an inefficient outcome for this economy.
48. Refer to Figure 2-14. Unemployment could cause this economy to produce at point B.
49. Refer to Figure 2-14. The opportunity cost of moving from point A to point D is 10 dishwashers.
50. Refer to Figure 2-14. The opportunity cost of moving from point B to point D is 15 doghouses.
51. Refer to Figure 2-14. The opportunity cost of moving from point B to point A is zero.
52. Refer to Figure 2-14. The opportunity cost of an additional doghouse increases as more doghouses are produced.
53. Refer to Figure 2-17. Point B represents an inefficient outcome for this economy.
54. Refer to Figure 2-17. The opportunity cost of moving from point A to point B is zero.
55. Refer to Figure 2-17. The opportunity cost of producing an additional pair of shoes increases as more shoes are
produced.
56. Refer to Figure 2-17. This economy fully employs its resources when it produces 4000 shoes and zero t-shirts.
57. Refer to Figure 2-17. It is possible for this economy to produce 1000 shoes.
58. With the resources it has, an economy can produce at any point on or outside the production possibilities frontier, but
it cannot produce at points inside the frontier.
59. Points inside the production possibilities frontier represent feasible levels of production.
60. Points inside the production possibilities frontier represent inefficient levels of production.
61. Points on the production possibilities frontier represent efficient levels of production.
62. Points outside the production possibilities frontier represent infeasible levels of production.
63. If a major union goes on strike, then the country would be operating inside its production possibilities frontier.
64. An outcome is said to be efficient if an economy is getting all it can from the scarce resources it has available.
65. An outcome is said to be efficient if an economy is conserving the largest possible quantity of its scarce resources
while still meeting the basic needs of society.
66. A production point is said to be efficient if there is no way for the economy to produce more of one good without
producing less of another.
67. If an economy can produce more of one good without giving up any of another good, then the economy’s current
production point is inefficient.
68. Unemployment causes production levels to be inefficient.
69. The opportunity cost of something is what you give up to get it.
70. The production possibilities frontier shows the opportunity cost of one good as measured in terms of the other good.
71. When a production possibilities frontier is bowed outward, the opportunity cost of one good in terms of the other is
constant.