Tom and Jerry have two tasks to do all day: Set traps and build bombs. If Tom spends all day setting traps, he will have set 16 traps. If he instead devotes his days to building bombs, Tom will build four bombs. If Jerry spends his day setting traps, he will set 14 traps; if he spends the day building bombs, he will build 7 bombs. After looking at the production possibilities for Both Tom and Jerry, we can conclude that: -Jerry has the comparative advantage in trap production -Tom has the comparative advantage in trap production -Tom has the comparative advantage in bomb production -No comparative advantage exist

Tom and Jerry have two tasks to do all day: Set traps and build bombs. If Tom spends all day setting traps, he will have set 16 traps. If he instead devotes his days to building bombs, Tom will build four bombs. If Jerry spends his day setting traps, he will set 14 traps; if he spends the day building bombs, he will build 7 bombs. After looking at the production possibilities for Both Tom and Jerry, we can conclude that: -Jerry has the comparative advantage in trap production -Tom has the comparative advantage in trap production -Tom has the comparative advantage in bomb production -No comparative advantage exist

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

Olivia and Helen produce shirts and ties. The figure shows their PPF s . A graph with ties on the x-axis from 0 to 30 in 5-unit increments and shirts on the y-axis from 0 to 30 in 5-unit increments. There is a downward-sloping line labeled PPF subscript Helen. The line starts at the y-intercept of 25 shirts and ends at the x-intercept of 15 ties. There is another downward-sloping line labeled PPF subscript Olivia. The line starts at the y-intercept of 15 shirts and ends at the x-intercept of 20 ties. These two lines intersect at a point corresponding to 6.8 shirts and 10.9 ties.051015202530051015202530TiesShirts PPF Subscript OliviaPPFOlivia PPF Subscript HelenPPFHelen A graph with ties on the x-axis from 0 to 30 in 5-unit increments and shirts on the y-axis from 0 to 30 in 5-unit increments. There is a downward-sloping line labeled PPF subscript Helen. The line starts at the y-intercept of 25 shirts and ends at the x-intercept of 15 ties. There is another…
If Masha devotes all her time to making cookies, she can make 3 pounds of cookies an hour, and if she devotes all her time to baking bread, she can make 2 pounds of bread an hour. If Sasha devotes all his time to making cookies, he can make 4 pounds of cookies an hour, and if he devotes all his time to baking bread, he can bake 5 pounds of bread an hour. Which of the following is true? There will be no gains from trade for Sasha and Masha. Masha has an absolute advantage in at least one of the goods Both Sasha and Masha would agree to trade 1 cookie for 1 pound of bread. Sasha is better-off by himself
Suppose a bakery has 20 employees to be designed as bread bakers (B) and cake bakers (C), so that B+C=20.asap thanks
how is this solved?
AFTER THE CHART Suppose Frances is currently using combination D, producing one truck per day. Her opportunity cost of producing a second truck per day is per day. Now, suppose Frances is currently using combination C, producing two trucks per day. Her opportunity cost of producing a third truck per day is per day. From the previous analysis, you can determine that as Frances increases her production of trucks, her opportunity cost of producing one more truck . Suppose Frances buys a new tool that enables her to produce twice as many trucks per hour as before, but it doesn't affect her ability to produce puzzles. Use the green points (triangle symbol) to plot her new PPF on the previous graph. Because she can now make more trucks per hour, Frances's opportunity cost of producing puzzles is it was previously.
Paul, Ringo, and George have a business where they visit people's homes to mow lawns and wash cars. Paul can wash 6 cars or mow 3 lawns in one hour. Ringo can wash 3 cars or mow 3 lawns in one hour. George can wash 3 cars or mow 6 lawns in one hour. They each work 6 hours per day. If two of them wash cars and one mows lawns then at most they can wash cars and mow lawns. Enter whole numbers.
There was once a tree on the Campus of Benedict College that students labeled the “Dummy Tree.” This was done because students that were often seen under the tree were considered to be wasting their very valuable time. Therefore, this tree was attributed with contributing to the bad grades of those students that were constantly under the tree. Let’s say that a student spent 4 hours a week under the tree and was supposed to spend 15 hours a week in class. Further suppose that this particular student made some new friends through out the semester that are bad influences. They were able to convince him to hang out longer under the tree. So now he is under the tree 7 hours a week. What happened to his class time? Show a production possibilities model that may have demonstrated this student’s behavior. Do not forget to include opportunity costs in your analysis.
For the annual school bazaar, Emmy can produce and sell either origami frogs (F) or birds (B). For his origami he needs to work with sheets of paper, glue, and paper clips. Below table shows how many units of each input factor is needed to produce one origami. It also shows the total amount of input units available. Emmy’s profits per origami bird and frog are =1 and =2, respectively. 1:Which formula describes the sheets of paper constraint? a F <= 5 b F <= 6-2/3B c B <= 5 d F <=7-1B 2: Which formula describes the glue constraint? a F <=7-1B b F <= 5 c B <= 5 d F <= 6-2/3B 3: Which formula describes the paper clips constraint? a B <= 5 b F <=7-1B c F <= 6-2/3B d F <= 5 4: The iso-profit line has a slope of negative a…
Would the opportunity cost be a benefit to UPS shipping or a benefit to UPS international shipping for this example? “To begin, I began selling prints of my pictures in 2019 throughout 2020. It's now closed. USPS and UPS were the options I had during this period to ship out orders. Smaller or lighter packages were more expensive to ship with UPS, but USPS provided a low-cost alternative. UPS ships more than 220 internationally, whereas; USPS is strict about shipping to specific international destinations. I have chosen USPS over UPS; by doing this, orders were delivered on time and without damage by the United States Postal Service.”
Suppose Musashi is currently using combination D, producing one tea towel per day. His opportunity cost of producing a second tea towel per day is _______ per day. 1 2 13 15
I do not understand the meaning of this question, if it is required to complete the task as soon as possible. I think it should be two people working at the same time, and according to the barrel effect, select a situation where the maximum time is short?
Krisha can pick 4 pounds of coffee beans in an hour or gather 2 pounds of nuts. Tom can pick 2 pounds of coffee beans in an hour or gather 4 pounds of nuts. Each works 6 hours per day. Together, what is the maximum number of pounds of coffee beans the two can pick in a day? What is the maximum number of pounds of nuts the two can gather in a day? Maximum amount of coffee beans pounds per day Maximum amount of nuts pounds per day Now suppose Krisha and Tom were gathering the maximum number of pounds of nuts when they decided that they would like to begin picking 8 pounds of coffee beans per day. Who would pick the coffee beans? How many pounds of nuts would they still be able to gather? Would it be possible for Krisha and Tom in total to gather 26 pounds of nuts and pick 20 pounds of coffee beans each day? If so, how much of each good should each person pick? The combination of 30 pounds of coffee beans and 12 pounds of nuts per day is show Krisha and Tom's combined daily PPC.