The data in the table below are for the small country of Xanadu. Assume that the economy is originally producing combination C.FCapital GoodsCapital Goods 2Consumer GoodsA0125B10100C1475D1850E2025218a. A technological change occurs that enables Xanadu to produce 40% more units of capital goods. Complete the row Capital Goods2, in the table above, given this technological change. Enter your responses, both above and below, rounded to 1 decimal place.more capital goods as ab. Assuming the economy wants to continue with the same quantity of consumer goods, it can haveresult of the technological improvement.c. Assuming the economy wants to continue with the same quantity of capital goods, it can haveresult of the technological improvement.d. Before the technological change, the opportunity cost of the first 100 consumer goods wase. After the technological change, the opportunity cost of the first 100 consumer goods ismore consumer goods as a(Click to select):(Click to select)

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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 following scenario applies to the next two questions.] An economy has a Cobb-Douglas production function: Y = AK L(1-a). A is the technology level, K is capital; L is labor; and Y is income. ● In 20X1, the technology level A is 139, capital K = 245, labor L = 458, income Y = 8,155 In 20X2, the technology level A is 144.96, capital K = 259.26, labor L = 474.12, income Y = 8,945.71 In 20X3, the technology level A is 152.02, capital K = 273.31, labor L = 489.20 Question 1.6: Elasticity of income with respect to labor What is the elasticity of income with respect to labor? A. 18% B. 20% C. 22% D. 24% E. 26% Question 1.7: Income What is income in 20X3? A. 9,240.34 B. 9,535.25 C. 9,830.15 D. 10,125.06 E. 10,419.96
Consider two competitive economies that have the same quantities of labor (L = 400) and capital (K = 400), and the same technology (A = 100). The economies of the countries are described by the following Cobb–Douglas production functions: North Economy: Y = A L.3K.7 South Economy: Y = A L.7K.3 In which economy is the real wage larger? Explain.
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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…
Please examine the data describing unit labor requirements and labor productivity for two nations. These nations are only able to produce one of two items - ships and planes. Given this information, what is the value of the cell labeled B? Unit Labor Requirements Hours of labor required to produce one unit Inland Ships Planes 2 Harborton 4 1 0.5 Labor Productivity How many units can be produced in one hour Inland Harborton Ships A 0.25 Planes 1.0 B 2 units 1 unit 0.5 units O units
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Assume that two countries, A and B, can produce Beef and Barbecues and the production possibilities frontiers of two countries are represented by: Country A: Beef = 30 - 1.25 BBQ and Country B: BBQ = 15 - 0.5 Beef Barbecues are measured in units, beef in kilograms. a) On a single chart, graph the production possibility frontiers for Country A and for Country B. Make sure you use a good scale and mark all your axes and important curves or points. b) Interpret the slope and the shape of the PPF for each country and make the relevant comparisons. c) Assume that each country allocates half of its resources to the production of beef and half of its resources to the production of barbecues. Under autarky (No trade), how much would each country consume of the two products? Plot these points on the graph as Ca and Cb respectively d) Should either of these countries specialize in the production of beef and/or barbecues? If yes, explain which country and which products and why. If they…
Consider the Specific Factors model with two countries, Home and Foreign, with two goods, cars (c) and pharmaceutical drugs (d), and three factors, capital K, skilled labour S, and unskilled labour L. The production functions are given by 1 1 F.(Ke, Le) = K. Lễ and Fa(Ka, Sa) = K}S}. That is, skilled labour is specific to pharmaceutical drugs, and unskilled labour to cars. Suppose that the countries' factor endowments are KH = 2 = KF, 1 and SF LH and LF 3/2, and SH 1/2, so that the total labour force is 2 in %3D both countries. The price of capital is denoted by r, the price of skilled and unskilled labour by ws and Wi. Denote the goods' prices by pc and pa, and normalise pd = 1 for simplicity. The demand for cars and drugs in country j = H, F is given by x and r: 2Yi and x 3 på 3 p where Yi denotes aggregate income in country j. (f) Suppose that now that Foreign has a production technology FF (Ke, S.) = 2K Lề and Ff(La, Sa) = 2K S. %3| Describe the effect of free trade in goods but…
Resource consumption per person in the United States is either flat or falling, depending on the resource. Yet living standards are rising due to improvements in technology that allow more output to be produced for every unit of input used in production. What does this say about the likelihood of our running out of resources? Could we possibly maintain or improve our living standards even if the population were expected to rise in the future rather than fall?
Assume that quantities do not need to be integers. That is, it is feasible for Andreas to knit 37.25 pairs of mittens. It takes Andreas 3 hours to knit a pair of mittens and 6 hours to knit a scarf. Assuming efficient production, what is the opportunity cost, in terms of pairs of mittens, of Andreas choosing to knit one extra scarf? Enter a number (and only a number, no units) rounded to two decimal places. If your answer is 1.275, enter 1.28.
3

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