Hector and Albert are bakers who can make either cakes or pies. Below is a graph showing their production possibilities curves (PPC) for these items. Cake Albert's PPC 4 Hector's PPC 2 8 Pie Use the information from the above graph to answer the following questions. For opportunity cost please enter numeric answers (ie. 4 or 1/4 not "Four" or "one fourth"), for the question about comparative advantage just type either "Albert" or "Hector" into the submission box. What is Hector's opportunity cost for one cake? What is Albert's opportunity cost for one pie? Who has comparative advantage in making cake?

Hector and Albert are bakers who can make either cakes or pies. Below is a graph showing their production possibilities curves (PPC) for these items. Cake Albert's PPC 4 Hector's PPC 2 8 Pie Use the information from the above graph to answer the following questions. For opportunity cost please enter numeric answers (ie. 4 or 1/4 not "Four" or "one fourth"), for the question about comparative advantage just type either "Albert" or "Hector" into the submission box. What is Hector's opportunity cost for one cake? What is Albert's opportunity cost for one pie? Who has comparative advantage in making cake?

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Description: Hector and Albert are bakers who can make either cakes or pies. Below is a graph showing theirproduction possibilities curves (PPC) for these items.Cake6.- Albert's PPCHector's PPC28.PieUse the information from the above graph to answer the followin

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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The accompanying graph contains the production possibilities frontier (PPF) for Rubberland. Rubberland only makes two products, rubber band balls and rubber hoses, and on a given day can produce according to the PPF in the graph. Point A on the PPF represents the combination of the two goods Rubberland currently produces. When a new method of rubber processing is discovered, the productivity of all Rubberland's inputs increases. Please shift the PPF to show this change. Assume that Rubberland does not make more rubber band balls than they originally made at point A but still maximize their productive capabilities. Move point A to their new production point. How many more rubber hoses do they now produce per day than before?
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Jason and Holly produce lollipops and chocolates. Their production possibilities are given by the following functions: Jason: Q = 140 - 10QC %3D Holly: Q = 110 - 5Qc !! Before they trade, Jason is producing and consuming 60 lollipops and 8 chocolates. Before they trade, Holly is producing and consuming 55 lollipops and 11 chocolates. Then they decide to specialize and trade based on comparative advantage. They agree to trade 66 lollipops for 9 chocolates. How many MORE lollipops will Jason have with trade compared to without trade? Answer:
According to this PPF map, along the production possibilities frontier, the most efficient and the most inefficient point of production depicted is: A В F C D Bread All points on the production possibilities frontier are equally efficient; point G O point D; point F point B; point F O point E; point G Wine
Suppose two economies Home (H) and Foreign (F) produce two goods, bread and wine, with only one production factor: labour. Production technology, expressed as marginal product of labour (MPL), is given in the following table: Technologies expressed as MPL Bread Wine Home 1/6 1/12 Foreign 1/4 1/2 Suppose that Home has 2400 units of labour and Foreign has 1800 units of labour. a. ) Derive the Production Possibilities Frontier (PPF) and the Consumption Possibility Frontier (CPF) for Home and Foreign, with bread on the horizontal axis and wine on the vertical axis. What is the autarky equilibrium price of bred relative to wine in each country? b.) What country has the absolute advantage in producing each good? What country has the comparative advantage in producing each good? Briefly explain the difference between these two concepts. Suppose both countries are now free to trade. The world relative price of bread is 1. c. What is the pattern of specialisation and trade?…
Suppose Antonio is currently using combination D, producing one boat per day. His opportunity cost of producing a second boat per day is per day. Now, suppose Antonio is currently using combination C, producing two boats per day. His opportunity cost of producing a third boat per day is per day. From the previous analysis, you can determine that as Antonio increases his production of boats, his opportunity cost of producing one more boat Suppose Antonio buys a new tool that enables him to produce twice as many boats per hour as before, but it doesn't affect his ability to produce balls. Use the green points (triangle symbol) to plot his new PPF on the previous graph. Because he can now make more boats per hour, Antonio's opportunity cost of producing balls is it was previously.
Use the graph to answer the following question: Plant R and Plant S both produce radios and calculators. Which of the following statements is most true? A) Plant R has the comparative advantage to produce radios but not calculators. B) Plant R has the comparative advantage to produce both goods. C) Plant S has the comparative advantage to produce radios but not calculators. D) Plant S has the absolute advantage to produce both calculators and radios.
Paul's PPF Sue's PPF Cheese Cheese 100 80 60 Ham 30 Ham Based on the graph above, which of the following statements is true? The Principle of Absolute Advantage does not help us determine how trade would benefit Paul and Sue. O Sue would lose out by trading with Paul, because she is less competitive than Paul in the production of both goods. O Paul has nothing to gain from trading with Sue, since he is better in making both goods. Sue has an absolute advantage in the production of cheese.
• Use the data from the table below to construct correctly labeled side-by-side graphs showing the production possibilities curve for Theo and Marlee. Assume that both have constant opportunity costs: Theo Marlee Bananas 20 50 Rice (in lbs.) 30 50 • Suppose that Theo and Marlee each spent half of their day making each good; Theo makes 10 bananas and 15 pounds of rice and Marlee makes 25 bananas and 25 pounds of rice. Show this point on the production possibilities curve of each person, and label that point X on your graph above. What is the total production of each good? • Suppose that Theo and Marlee agree to exchange 4 bananas for 5 pounds of rice. Under this agreement, Theo sells 15 pounds of his 30 pounds of rice to Marlee, in exchange for 12 of her 50 bananas. Show the new consumption points on the graph above for each person, and label these new consumption points Z.
I have another Economics question, can someone help explain this graph?
• Use the data from the table below to construct correctly labeled side-by-side graphs showing the production possibilities curve for Theo and Marlee. Assume that both have constant opportunity costs: Theo Marlee Bananas 20 50 Rice (in lbs.) 30 50 • Suppose that Theo and Marlee each spent half of their day making each good; Theo makes 10 bananas and 15 pounds of rice and Marlee makes 25 bananas and 25 pounds of rice. Show this point on the production possibilities curve of each person, and label that point X on your graph above. What is the total production of each good? • Suppose that Theo and Marlee agree to exchange 4 bananas for 5 pounds of rice. Under this agreement, Theo sells 15 pounds of his 30 pounds of rice to Marlee, in exchange for 12 of her 50 bananas. Show the new consumption points on the graph above for each person, and label these new consumption points Z.
Consider a simple exchange economy with two people: Bob and Jake. Bob and Jake both have 10 hours of time available. They can use their time to do one of 2 things: make pancakes or make hamburgers. Bob can make 2 hamburgers in an hour or 1 pancake in an hour. Jake can make 3 pancakes in an hour and 2 hamburgers in an hour. Use this information to answer the following question: Who has absolute advantage in the production of hamburgers and who has absolute advantage in the production of pancakes?