Use the table below, which shows two flatmates' productivities on house chores. Productivity per hour 1 load of dishes or 2 loads of laundry Batman Superman 5 loads of dishes or 15 loads of laundry Which of the following is correct? O a. Superman has a comparative advantage in both chores. O b. Batman has an absolute advantage in doing laundry. O C. Batman has a comparative advantage in both chores. O d. Batman has a comparative advantage in doing dishes.

Use the table below, which shows two flatmates' productivities on house chores. Productivity per hour 1 load of dishes or 2 loads of laundry Batman Superman 5 loads of dishes or 15 loads of laundry Which of the following is correct? O a. Superman has a comparative advantage in both chores. O b. Batman has an absolute advantage in doing laundry. O C. Batman has a comparative advantage in both chores. O d. Batman has a comparative advantage in doing dishes.

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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which seems to be correct?
1. PPF and CPF Josel's PPF is defined by Qosel F Josel and Kayla can produce food and luxury goods. Kayla 12-3Qosel and Kayla's PPF is defined by Qa 12 - 3Q Kayla Suppose that Josel and Kayla trade with each other (i.e., no outside merchants). Kayla and Josel agree to trade under the following conditions: 1) the terms of trade are 1 unit of food in exchange for 1 unit of luxury goods; 2) each specializes according to his/her comparative advantage; and 3) Kayla consumes 3 units of the good she produces. (a) = Sketch on two different graphs (one for Josel and one for Kayla) the individual PPFs, the individual CPFs, and indicate the individual points of pro- duction and the individual points of consumption. Clearly label your graphs (i.e., indicate values for slopes, intercepts, points of production, and points of consump- tion).
Give an example in which one person has anabsolute advantage in doing something butanother person has a comparative advantage.
Use the following production possibilities tables to answer the next question. Possibilities C 8 24 A Autos (millions) 0 Chemicals (millions) 40 Germany's Production B 4 32 United States' Production B 3 48 A Autos (millions) 0 Chemicals (millions) 60 Multiple Choice O O 8 million units of autos. D 12 16 Possibilities D 9 24 6 million units of autos. C 6 36 Assume that prior to specialization and trade Germany and the United States both produced combination C. Now if each nation specializes according to its comparative advantage, the resulting gains from specialization and trade will be 6 million units of autos and 8 million units of chemicals. E 16 8 8 million units of autos and 6 million units of chemicals. E 12 12 F 20 20 F 15 0
Question 22 Please refer to Maxine's & Daisy's PPFs Who has an absolute advantage in pies? Group of answer choices Maxine Daisy
Randy and Frank are both landscapers. Randy can mow 12 lawns per day or prune 15 trees. Frank can mow 16 lawns per day or prune 24 trees. Randy and Frank each work 240 days per year. a. Determine who has the absolute advantage at each task, what their respective opportunity costs are for mowing a lawn, and who has comparative advantage in each task. (Click to select) (Click to select) The opportunity cost of mowing a lawn for Randy is The opportunity cost of mowing a lawn for Frank is (Click to select) ✓has a comparative advantage in mowing lawns. (Click to select) has a comparative advantage in pruning trees. b. Assuming that only one of the tasks is performed, then together Randy and Frank can service a maximum of lawns or trees each year. ✓has an absolute advantage in mowing lawns. ✓has an absolute advantage in pruning trees. trees. trees. c. If each landscaper fully specializes according to his comparative advantage, then the maximum number of lawns that can be mowed annually is…
I don't understand the second part of this homework. If Frankie and Johnny completely specialize according to comparative advantage, what will happen to the amount of eggs and milk? I have the opportunity cost calculated to understand who should do what in this case. But what will I do to that number?
The figure shows an economy's production possibilities frontier and identifies some production points. We can produce all combinations O A. inside the PPF and on the PPF O B. on the PPF and outside the PPF O C. on the PPF but not inside or outside the PPF D. inside the PPF, on the PPF, and outside the PPF O E. inside the PPF but not on the PPF or outside the PPE
Answer all parts..... If not I ll downvote
The production possibilities are listed below: Coconuts Pineapples 8. 2. 4 2 8. Which of the following best describes the PPF for the information above? Select one: O a. The opportunity cost of producing an additional pineapple decreases as the amount of coconuts produced decreases O b. The opportunity cost of producing an additional pineapple is the same at every point O c. The opportunity cost of producing an additional pineapple is zero at every point O d. The opportunity cost of producing an additional pineapple increases as the amount of coconuts produced increases 6. 4.
It takes Andy 45 minutes to complete a load of laundry and 15 minutes to wrap a present. It takes Bob 60 minutes to complete a load of laundry and 30 minutes to wrap a present. Which of the following statements is true? Select one : O A. Bob's opportunity cost of doing a load of laundry is wrapping 3 presents. O B. Bob has a comparative advantage in doing laundry. O C. Bob has a comparative advantage in wrapping a present. O D. Andy's opportunity cost of wrapping a present is doing 3 loads of laundry. O E. Bob has an absolute advantage in doing laundry.
In the production possibilities frontier depicted in the figure above, what is the opportunity cost of increasing the production of bananas from two million pounds to three million pounds? Use a production possibilities frontier to analyze opportunity costs and trade-offs. Hats (millions per year) 5 4 3 2 1 0 1 2 3 4 5 6 Bananas (millions of pounds per year) O 1/2 million hats 1 million hats O 2 million hats O 3 million hats