Suppose that a nation currently is producing combination F in the table below and on the graph of theproduction possibilities curve to the right. What is the opportunity cost of producing 10.5 million moresmartphones and moving to production combination E?CombinationABсDEFGSmartphones(millionsper year)50.048.045.040.033.022.50.0Tablets(millionsper year)0102030405060The opportunity cost of producing 10.5 million more smartphones and moving from productioncombination F to production combination E is million tablet devices per year. (Enter your response asa whole number.)(...)Smartphones (millions per year)50€40-30-20-10-0AB10CDEFG20 30 40 50 60Tablet Devices (millions per year)Q

Suppose that a nation currently is producing combination F in the table below and on the graph of the production possibilities curve to the right. What is the opportunity cost of producing 10.5 million more smartphones and moving to production combination E? Combination Smartphones (millions per year) 50.0 48.0 45.0 TTT D 40.0 33.0 22.5 0.0 A B E F Tablets (millions per year) G 0 10 20 30 40 50 60 The opportunity cost of producing 10.5 million more smartphones and moving from production combination F to production combination E is million tablet devices per year. (Enter your response as a whole number.) Smartphones (millions per year) 50€ 30- 20- 10- B с E F G 60 10 20 30 40 50 Tablet Devices (millions per year) Q Q G

Suppose that a nation currently is producing combination F in the table below and on the graph of the production possibilities curve to the right. What is the opportunity cost of producing 10.5 million more smartphones and moving to production combination E? Combination Smartphones (millions per year) 50.0 48.0 45.0 TTT D 40.0 33.0 22.5 0.0 A B E F Tablets (millions per year) G 0 10 20 30 40 50 60 The opportunity cost of producing 10.5 million more smartphones and moving from production combination F to production combination E is million tablet devices per year. (Enter your response as a whole number.) Smartphones (millions per year) 50€ 30- 20- 10- B с E F G 60 10 20 30 40 50 Tablet Devices (millions per year) Q Q G

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 hypothetical production possibilities tables are for New Zealand and Spain. Each country can produce apples and plums. New Zealand's Production Possibilities Table (Millions of Bushels) Spain's Production Possibilities Table (Millions of Bushels) Production Alternatives Production Alternatives Product A B D Product R T Apples 20 40 60 Apples 20 40 60 Plums 15 10 5 Plums 60 40 20 a. Plot the production possibilities data for each of the two countries separately. Show the trading possibilities lines for each nation if the actual terms of trade are 1 plum for 2 apples. Instructions: (1) Use the tools provided, 'PPC NZ' and 'PPC SP' (plot 4 points each) to draw the PPC curves. (2) Use the tool provided, 'ToT,' in each diagram (plot 4 points each) to draw the trading possibilities lines for each nation. To earn full credit, you must correctly plot all points for each line. New Zealand Customize and control Google Chrome Spain 80 Tools 140 Tools 120 60 PPC NZ Тот PPC sP ToT…
The following graph shows the production possibilities frontier (PPF) of an economy that produces clothing and steel. The black points (plus symbols) represent three possible output levels in a given month. Point A is at (500, 12); B is at (420, 16) and C is at (300, 20). CLOTHING (Millions of pieces) 32 28 24 20 16 12 8 V 0 PPF 100 200 15 B+ +> 300 400 500 STEEL (Millions of tons) 600 700 800 Suppose the economy initially produces 12 million pieces of clothing and 500 million tons of steel, which is represented by point A. The opportunity cost of producing an additional 4 million pieces of clothing (that is, moving production to point B) is [Select] tons of steel. Suppose, instead, that the economy currently produces 420 million tons of steel and 16 million pieces of clothing, which is represented by point B. Now the opportunity cost of producing an additional 4 million pieces of clothing (that is, moving to point C) is [Select] tons of steel. Comparing your answers in the two…
Below table shows the production possibilities for the country of Emilon:
Consider two neighboring island countries called Dolorium and Contente. They each have 4 million labor hours available per week that they can use to produce rye, jeans, or a combination of both. The following table shows the amount of rye or jeans that can be produced using 1 hour of labor. Country Rye Jeans (Bushels per hour of labor) (Pairs per hour of labor) Dolorium 5 20 Contente 8 16 Initially, suppose Contente uses 1 million hours of labor per week to produce rye and 3 million hours per week to produce jeans, while Dolorium uses 3 million hours of labor per week to produce rye and 1 million hours per week to produce jeans. Consequently, Dolorium produces 15 million bushels of rye and 20 million pairs of jeans, and Contente produces 8 million bushels of rye and 48 million pairs of jeans. Assume there are no other countries willing to trade goods, so, in the absence of trade between these two countries, each country consumes the amount of rye and jeans…
The table given below shows the number of umbrellas and bushels of corn produced in the United Kingdom and the Rest of the World per labor hour. The opportunity cost of producing a bushel of corn in the United Kingdom is Productivity Umbrellas per labor hour Bushels of corn per labor hour a. 2/3 of an umbrella b. 3 umbrellas Oc. 1/2 of an umbrella d. 2 umbrellas In the United Kingdom 0.25 0.5 In the Rest of the World 1 0.67
A ng.cengage.com + Welcome to Johnston Community College Bb Support Materials and Text Chapters Two and Three - .. * MindTap - Cengage Learning >> CENGAGE MINDTAP Q Search this course Homework (Ch 02) 4. Shifts in production possibilities Suppose Japan produces two types of goods: agricultural and capital. The following diagram shows its current production possibilities frontier for wheat, an agricultural good, and cars, a capital good. A-Z Drag the production possibilities frontier (PPF) on the graph to show the effects of a technological advance in medicine that allows workers to live longer and have extended careers. Note: Select either end of the curve on the graph to make the endpoints appear. Then drag one or both endpoints to the desired position. Points will snap into position, so if you try to move a point and it snaps back to its original position, just drag it a little farther. (?) 360 300 PPF 240 180 At 120 60 PPF 10 20 30 40 50 60 WHEAT (Millions of bushels) O 9 2 9 O E…
Table 2-10 Pogo Sticks 24 Unicycles 8 Fred Barney 28 14 Table 2-10 shows the output per month of two people, Fred and Barney. They can either devote their time to making pogo sticks or making unicycles. Refer to Table 2-10. What is Barney's opportunity cost of making a unicycle? 2 pogo sticks 1.75 unicycles 1/2 of a pogo stick 2.8 pogo sticks
I've already read the answer provided on this site, but it is not giving me the information I need. I understand the math for finding the opportunity costs for each item in each country. However, where are they getting the answer that 2.5 tons of chemicals is what the US will give up, and 1 ton of apparel is what China will give up? From videos I've seen on youtube, they basically state that as long as the cost is less than what the original opportunity cost is, then nations will trade. So, it costs China 4 apparel for every 1 ton of chemicals, and in the US it costs 1 apparel for every 3 tons of chemicals. Am I right to assume that as long as China can trade less than 4 apparel it will benefit, and as long as the US can trade less than 3 tons of chemicals it will benefit? If so, then what is the math being used to arrive at exactly 1 ton of Chemicals for 1 ton of Apparel for China, and 1 apparel for 2.5 tons of Chemicals for the US? I need to understand the math that is used to…
Because of conflict and instability in Country X, millions of its citizens emigrate to Country Y. Which of the following best explains what will happen to Country Y's production possibilities curve (PPC)? A C E It will move to a point on its PPC at which it produces only consumer goods B It's PPC will not change, but consumption of goods will decrease Its PPC will shift outward over time-- D It will move to a point inside its PPC, indicating slower growth Its PPC will shift inward over time
Based on the production possibility frontier below, what is the opportunity cost of producing the first 6 TVs (the answer will be in number of cars)(only enter the number)? (The number in the table represent daily production in thousands of units) Cars; 0, 1, 2, 3, 4, 5 TVs: 20, 18, 15, 11, 6, 0
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LaTonya can make 4 cakes or 10 pies in one day working at the bakery. Tom can make, 8 cakes or 33 pies in one day working at the bakery. What is LaTonya's opportunity cost of producing 1 pie? Round your answer to one decimal place. Be sure to enter the correct units for what they are giving up. Your Answer: Answer units