In: Economics
Problem 1
Bill can produce either tables or chairs. Bill can work up to 10 hours a day. His production possibilities are given in the table below:
Tables |
Chairs |
0 |
100 |
10 |
80 |
20 |
60 |
30 |
40 |
40 |
20 |
50 |
0 |
Problem 2
Suppose the market for corn is given by the following equations for supply and demand:
QS = 2p − 2
QD = 13 − p
where Q is the quantity in millions of bushels per year and p is the price.
Problem 1:
Bill’s opportunity cost of producing one additional table= Unit sacrifice of chair / units gain of tables
Unit sacrifice of chair from point B to C= 100-0= 100
Units gain of tables from point B to C= 0+50= 50
Bill’s opportunity cost of producing one additional table= 100/50= 2 units of chair
Bill’s opportunity cost of producing one additional chair= Unit sacrifice of tables / units gain of chairs
Unit sacrifice of tables from point C to B= 50-0= 50
Units gain of chairs from point C to B= 100
Bill’s opportunity cost of producing one additional chair= 50/100= 0.5 Units of table
Currently Bill is producing 20 tables and 40 chairs:
a. No this allocation of resource is not efficient because the quantity of chairs need to be 60 with 20 units of tables or 30 units of tables with 40 units of chairs for production to be efficient and lie on PPC.
b. This allocation represented by point A in the graph above. The Bill can be more efficient if it will improve the technology that help to increase the quantity produced of chair to be 60 units while quantity of tables remain same or this technology will help to increase the quantity of table by 10 units while quantity of Chairs remain same.