Q.3. Figure below shows the production possibilities frontier for a music processing plant that can produce both compact disks and cassettes. What is the opportunity cost of moving from point B to C? Compact Disks (CDs) per Hour 180 120 60 T I 50 B 80 100 Cassettes per Hour

Q.3. Figure below shows the production possibilities frontier for a music processing plant that can produce both compact disks and cassettes. What is the opportunity cost of moving from point B to C? Compact Disks (CDs) per Hour 180 120 60 T I 50 B 80 100 Cassettes per Hour

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 chart is already done. I need help with the last two questions
Q.4. A consultant who earns $ 100 per hour takes 4 hours off work to go to the movies. The out – of- pocket cost for the cab and the movie ticket are $12. What is the opportunity cost (in $) of going to movie? What is the total cost of the movie to the consultant?
Note: The answer should be typed. Answer parts d and e.
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Bill and Melinda work for a firm that creates web pages and apps. The number of web page designs and apps each can produce in a week is given in the table below. Output per Week web pages designed apps created Bill 3 12 Melinda 2 4 Melinda’s opportunity cost of designing one web page is: Group of answer choices designing 2 apps designing 3 apps designing 4 apps designing 5 apps
Bob and Cho are farmers. Each one owns a 20-acre plot of land. The following table shows the amount of corn and rye each farmer can produce per year on a given acre. Each farmer chooses whether to devote all acres to producing corn or rye or to produce corn on some of the land and rye on the rest. Corn Rye (Bushels per acre) (Bushels per acre) Bob 10 5 Cho 40 8 On the following graph, use the blue line (circle symbol) to plot Bob's production possibilities frontier (PPF), and use the purple line (diamond symbol) to plot Cho's PPF. 200 Bob's PPF 180 160 F3 0+ F4 H r F5 M F7 1 F8 # F9 CI F10
Mountain Mack and Big Lake Bob spend their time carving fishing lures and duck decoys. The table below shows their production possibilities schedules, which describe various combinations of fishing lures and duck decoys they each can carve efficiently in a week. Production Possibilities Schedules Mountain Mack Big Lake Bob Fishing Lures Duck Decoys Fishing Lures Duck Decoys 8 9 8 4 16 50 40 30 20 10 e 24 32 40 140 115 90 65 40 0 50 fishing lures and 40 duck decoys 140 fishing lures and 20 duck decoys a. If Mountain Mack splits his week evenly between carving fishing lures and duck decoys, what is the maximum number of fishing lures and duck decoys could he corve? 25 fishing lures and 20 duck decoys 20 fishing lures and 25 duck decoys 12 16 20 70 fishing lures and 10 duck decoys 10 fishing lures and 70 duck decoys 20 fishing lures and 140 duck decoys 140 fishing lures and 20 duck decoys b. If Big Lake Bob splits his week evenly between carving fishing lures and duck decoys, what is the…
Suppose there exist two imaginary countries, Sequoia and Denall. Their labor forces are each capable of supplying four million hours per week that can be used to produce almonds, shorts, or some combination of the two. The following table shows the amount of almonds or shorts that can be produced by one hour of labor. Almonds Country (Pounds per hour of labor) Sequoia Denall Suppose that initially Denall uses 1 million hours of labor per week to produce almonds and 3 million hours per week to produce shorts, while Sequoia uses 3 million hours of labor per week to produce almonds and 1 million hours per week to produce shorts. As a result, Sequola produces 12 million pounds of almonds and 16 million pairs of shorts, and Denall produces 6 million pounds of almonds and 36 million pairs of shorts. Assume there are no other countries willing to engage in trade, so, in the absence of trade between these two countries, each country consumes the amount of almonds and shorts it produces.…
Com 120.000 80.000 40.000 Robots 5.000 10.000 15.000 In the graph above, the opportunity cost of producing one more robot is A 1 corn. 8 corn. 5,000 corn. 15,000 corn.
Vincent Pearson makes dining tables, and he is trying to decide how many tables to produce. He can sell each dining table for $3,000. The cost of the first table is $1,000, for the second it's $1,500. For each additional table he produces, the marginal cost of each table increases by $500. How many dining tables should Vincent produce, and what is the total cost of his production? He will produce five tables at a cost of $10,000. He will produce four tables at a cost of $12,000. He will produce six tables at a cost of $13,500. He will produce seven tables at a cost of $17,500.
Your aunt gives piano lessons for $25 per hour. She also can grow tomatoes, which she can arrange and sell at the local farmer's market. One day she spends 5 hours planting $50 worth of seeds in her garden. Once the seeds have grown into tomatoes, she can sell them for $150 at the farmer's market. Which statement is true? O Opportunity cost of growing tomatoes is $50 and she can earn an economic profit of $25. O Opportunity cost of growing tomatoes is $125 and she can earn an economic profit of $100, Opportunity cost of growing tomatoes is $50 and she can earn an accounting profit of $25. O Opportunity cost of growing tomatoes is $125 and she can earn an accounting profit of $100,
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