Assume that Company A and Company B produce only two products, motor cars and commercial trucks using all their resources in a perfectly competitive market. The table below shows how much of each product they could in one day if they spent the whole day doing just that task. For example, Company A could produce 32 cars or 7 trucks in one day. Company A Company B Cars (x) 32 35 Tracks (y) 7 21 In case of trade and specialization who should produce what and why? Use the concepts of opportunity cost to justify your answer.
Table 1

According to the Ricardian theory of comparative advantage, two-country or producing agents can gain if they produce and trade the good it has a lower opportunity cost of production. The opportunity cost is foregoing the next best alternative use of resources. That is if company A can produce either 32 cars or 7 trucks, the opportunity cost of 32 cars is 7 trucks. In other words, the opportunity cost of 1 car is 7/32=0.21875 trucks.
In this way, the opportunity cost table is constructed above. Now, comparing the opportunity costs, company A has a lower opportunity cost of producing cars and B has in Trucks. Then A has a comparative advantage in cars and that of B has in trucks.
Then country A can gain if it produces and sells cars and B can gain if it produces and sells trucks.
Assume that Company A and Company B produce only two products, motor cars and commercial trucks...
The figure to the right illustrates the trade-offs facing
Ford Motor Company. The line in the graph is Ford's production
possibilities frontier.
If Ford uses all its resources to produce trucks, how many
can it produce?
10 thousand trucks per day.
(Enter a numeric response using a real number rounded to one
decimal place.)
Suppose Ford is currently building 3 thousand cars per day. To
build an additional 1 thousand cars, how many fewer trucks can be
built?
nothing thousand...
12 The figure to the right illustrates the trade-offs facing Ford Motor Company. The line in the graph is Ford's production possibilities frontier 10 If Ford uses all its resources to produce trucks, how many can it produce? 9 thousand trucks per day. (Enter a numeric response using a real number rounded to one decimal place.) Suppose Ford is currently building 3 thousand cars per day. To build an additional 1 thousand cars, how many fewer trucks can be built?...
The figure to the right illustrates the trade-offs facing Ford Motor Company The line in the graph is Ford's production possibilities frontier If Ford uses all its resources to produce trucks, how many can it produco? 9 thousand trucks per day (Enter a numeric response using a real number rounded to one decimal place.) Suppose Ford is currently building 6 thousand cars per day. To build an additional 1 thousand cars, how many fewer trucks can be built thousand fewer...
The figure to the right illustrates the trade-offs facing Ford Motor Company. The line in the graph is Ford's production possibilities frontier. 121 10 If Ford uses all its resources to produce trucks, how9 many can it produce? thousand trucks per day. 8 Enter a numeric response using a real number rounded to one decimal place.) 0 1 2 3 45678 9 10 11 12 13 Quantity of cars (1,000s per day)
7. (LO 6) The data below show the total production (in millions) of the only two goods produced in Kitchener and Waterloo, two small planets in deep space Kitchener: 16 kiwis or 12 trucks: Waterloo: 8 kiwis or 14 trucks a) What is the opportunity cost of a kiwi in Kitchener? b) What is the opportunity cost of a kiwi in Waterloo? c) What is the opportunity cost of a truck in Kitchener? d) What is the opportunity cost of...
The data below show the total production (in millions) of the only two goods produced in Kitchener and Waterloo, two small planets in deep space. Kitchener: 14 kiwis or 11 trucks Waterloo: 7 kiwis or 13 trucks a. The opportunity cost of a kiwi In Kitchener is decimal places 0.79 Trucks Enter your responses for opportunity costs rounded to 2 b. The opportunity cost of a kiwi in Waterloo is 100 trucks . c. The opportunity cost of a truck...
4. Problems and Applications Q4 An economy consists of three workers: Bob, Eric, and Kenji. Each works 10 hours a day and can produce two services: mowing lawns and washing cars. In an hour, Bob can either mow 2 lawns or wash 1 car; Eric can either mow 1 lawn or wash 1 car; and Kenji can either mow 1 lawn or wash 2 cars. For each of the scenarios listed in the following table, determine how many lawns will be mowed...
Q 1: Clancy and Eileen 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.CornRye(Bushels per acre)(Bushels per acre)Clancy205Eileen5010On the following graph, use the blue line (circle symbol) to
plot Clancy's production possibilities...
Edgerron Company is able to produce two products, G and B, with the same machine in its factory. The following information is available. Selling price per unit Variable costs per unit Contribution margin per unit Machine hours to produce 1 unit Maximum unit sales per month Product G $ 50 10 $ 40 Product B $ 80 48 $ 32 1.0 hours 200 units 0.4 hours 600 units The company presently operates the machine for a single eight-hour shift for...
Please help me with my economics homework?
1. The United States and Brazil each produce only cheese and wine. Domestic prices are given in the following table United States $5 per pound Brazil 8 BRL per pound 15 BRL per bottle Wine $8 per bottle On April 1, the London exchange listed an exchange rate of $1-1 BRL According to the table, (1) production of wine has an absolute advantage in the production of cheese and (2) has an absolute...