1. Assume that the nations of Arcadia and Bylvania produce only two goods: grain and steel. The table below shows the maximum daily production of each good for both countries using all available resources. Assume that costs of production are constant.
Arcadia and Bylvania are trading partners.
Both countries have linear production possibilities curves.
Table 1: Maximum Daily Production
Country | Grain (tons) | Steel (tons) |
|---|---|---|
Arcadia | 100 | 50 |
Bylvania | 80 | 20 |
Draw a correctly labeled graph of the production possibilities curve for Arcadia, with grain on the horizontal axis and steel on the vertical axis. Plot the numerical values of the intercepts. Indicate a point labeled X that represents full employment and efficient production, and a point labeled Y that represents unemployed resources.
Use the data in Table 1 to answer the following questions.
Calculate the opportunity cost of producing one ton of steel in Arcadia. Show your work.
Which country has the comparative advantage in the production of steel? Explain.
Identify a specific numerical value for the terms of trade for one ton of steel (in terms of grain) that would be beneficial for both Arcadia and Bylvania.
Draw a correctly labeled graph of the market for grain in Arcadia (see Figure 2). Label the equilibrium price as and the equilibrium quantity as . Assume that trade is not yet taking place and we are looking at the domestic market for grain in Arcadia.
On your graph in part D, show the effect of this study on the equilibrium price and quantity of grain in the short run, labeling the new equilibrium price as and the new equilibrium quantity as . Assume that a new scientific study is published in Arcadia promoting the health benefits of consuming grain.
Assume the government of Arcadia imposes a binding price ceiling on the market for grain.
On your graph in part D, draw a line representing the binding price ceiling, labeled .
Does this price ceiling result in a surplus, a shortage, or neither? Explain.
Required Graph Drawings