Presentation on theme: "#1 What is Production? Production is the process by which resources are transformed into useful forms. Resources, or inputs, refer to anything provided."— Presentation transcript:
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1 #1 What is Production? Production is the process by which resources are transformed into useful forms. Resources, or inputs, refer to anything provided by nature or previous generations that can be used directly or indirectly to satisfy human wants. Capital resources Human resources Natural resources The Economic Problem: Scarcity and Choice
2 #2 Three Basic Questions Every society has some system or mechanism that transforms that society’s scarce resources into useful goods and services.
3 #3 Three Basic Questions The mechanics of decision making in a larger economy are complex, but the type of decisions that must be made are nearly identical… All societies must decide: What will be produced? How will it be produced? Who will get what is produced?
4 #4 Specialization, Exchange and Comparative Advantage David Ricardo developed the theory of comparative advantage to explain the benefits of specialization and free trade. The theory is based on the concept of opportunity cost: Opportunity cost is that which we give up or forgo, when we make a decision or a choice. According to the theory of competitive advantage, specialization and free trade will benefit all trading parties, even those that may be absolutely more efficient producers.
5 #5 Absolute Versus Comparative Advantage Colleen has an absolute advantage in logs and in food because she can produce more logs and more clothing in one day than Bill can. Use the idea of Opportunity Cost to determine who has a comparative advantage in logs and in food. Output per Day of Work LogsFood Colleen10 Bill48
6 #6 The opportunity costs can be summarized as follows: For logs: Colleen: 10 logs costs 10 Food 1 Log cost 1 Food Bill: 4 logs costs 8 Food 1 Log cost 8/4 = 2 Foods For Food: Colleen: 10 Food costs 10 Logs 1 Food cost 1 Log Bill: 8 Food costs 4 Logs 1 Food cost 4/8 = 1/2 Logs Conclusion: Output per Day of Work LogsFood Colleen10 Bill48
7 #7 Suppose that Colleen and Bill each wanted equal numbers of logs and bushels of food. In a 30-day month they (each separately) could produce: Daily Production Wood (logs) Food (bushels) Colleen10 Bill48 Monthly Production with No Trade Wood (logs) Food (bushels) Colleen150 Bill80 Total230 A. B. Comparative Advantage and the Gains From Trade
8 #8 Comparative Advantage and the Gains From Trade By specializing on the basis of comparative advantage, Colleen and Bill can produce more of both goods. Monthly Production with Specialization Wood (logs) Food (bushels) Colleen27030 Bill0240 Total270 C. Monthly Production with No Trade Wood (logs) Food (bushels) Colleen150 Bill80 Total230 B.
9 #9 Monthly Consumption after Specialization Wood (logs) Food (bushels) Colleen170 Bill100 Total270 D. Monthly Production with Specialization Wood (logs) Food (bushels) Colleen27030 Bill0240 Total270 C. To end up with equal amounts of wood and food after trade, Colleen could trade 100 logs for 140 bushels of food. Then: Comparative Advantage and the Gains From Trade
10 #10 Recap: Comparative Advantage and the Gains From Trade According to the theory of competitive advantage, specialization and free trade will benefit all trading parties, even those that may be absolutely more efficient producers. Is Colleen better off ? Is Bill better off ?
11 #11 Weighing Present and Expected Future Costs and Benefits: Capital Goods and Consumption Goods Consumer goods are goods produced for present consumption. Capital goods are goods used to produce other goods or services over time. Investment is the process of using resources to produce new capital. Capital is the accumulation of previous investment. Because resources are scarce, the opportunity cost of every investment in capital is forgone present consumption.
12 #12 The Production Possibility Frontier The production possibility frontier curve has a negative slope that indicates the trade-off that a society faces between two goods. The slope of the ppf is also called the marginal rate of transformation (MRT). The production possibility frontier (PPF) is a graph that shows all of the combinations of goods and services that can be produced if all of society’s resources are used efficiently
13 #13 The Production Possibility Frontier Points inside of the curve are inefficient: Point H is inefficient: resources are either unemployed, or are used inefficiently. Point F is desirable because it yields more of both goods, but it is not attainable given the amount of resources available in the economy.
14 #14 The Production Possibility Frontier Point C is one of the possible combinations of goods produced when resources are fully and efficiently employed.
15 #15 The Production Possibility Frontier A move along the curve illustrates the concept of opportunity cost: In order to increase the production of capital goods, the production of consumer goods will have to decrease.
16 #16 The Law of Increasing Opportunity Cost The concave shape of the production possibility frontier curve reflects the law of increasing opportunity cost. As we increase the production of one good, we sacrifice progressively more of the other.
17 #17 PPF’s for Colleen and Bill Note: remember that Colleen and Bill prefer to have equal quantities of Food and Logs
18 #18 Economic Growth Economic growth is an increase in the total output of the economy. It occurs when a society acquires new resources, or when it learns to produce more using existing resources. The main sources of economic growth are capital accumulation and technological advances.
19 #19 Economic Growth To increase the production of one good without decreasing the production of the other, the PPF curve must shift outward. From point D, the economy can choose any combination of output between F and G. Outward shifts of the curve represent economic growth.
20 #20 Economic Growth Not every sector of the economy grows at the same rate. In this historic example, productivity increases were more dramatic for corn than for wheat over the 50-year period.
21 #21 The Economic Problem The economic problem: Given scarce resources, how, exactly, do large, complex societies go about answering the three basic economic questions? Economic systems are the basic arrangements made by societies to solve the economic problem. They include: Command economies Laissez-faire economies Mixed systems
22 #22 The Economic Problem In a command economy, a central government either directly or indirectly sets output targets, incomes, and prices. In a laissez-faire economy, literally from the French: “allow (them) to do,” individual people and firms pursue their own self-interests without any central direction or regulation. The central institution of a laissez-faire economy is the free- market system. A market is the institution through which buyers and sellers interact and engage in exchange.
23 #23 Laissez-Faire Economies: The Free Market Consumer sovereignty is the idea that consumers ultimately dictate what will be produced (or not produced) by choosing what to purchase (and what not to purchase). Free enterprise: under a free market system, individual producers must figure out how to plan, organize, and coordinate the production of products and services. The distribution of output is also determined in a decentralized way. The amount that any one household gets depends on its income and wealth. The basic coordinating mechanism in a free market system is price. Price is the amount that a product sells for per unit.
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It reflects what society is willing to pay.
24 #24 Mixed Systems, Markets, and Governments Markets are not perfect, and governments play a major role in all economic systems in order to: Minimize market inefficiencies Provide public goods Redistribute income Stabilize the macroeconomy Promote low levels of unemployment Promote low levels of inflation