In: Economics
Two firms, Sludge Oil and Northwest Lumber, have access to five
production processes, each one of which has a different cost and
gives off a different amount of pollution. The daily costs of the
processes and the corresponding number of tons of smoke emitted are
as shown in the following table:
Process (smoke) | A (4 tons/day) | B (3 tons/day) | C (2 tons/day) | D (1 ton/day) | E (0 tons/day) |
Cost to Sludge Oil ($/day) | 50 | 70 | 120 | 200 | 500 |
Cost to Northwest Lumber ($/day) | 100 | 180 | 500 | 1,000 | 2,000 |
The City Council wants to curb emissions by half and decides to
auction off four permits, each of which entitles the bearer to emit
1 ton of smoke per day. No smoke may be emitted without a permit.
Suppose the government conducts the auction by starting at $1 and
asking how many permits each firm wants to buy at that price. If
the total is more than four, it then raises the price by $1 and
asks again, and so on, until the total quantity of demanded permits
falls to four.
How much will each permit sell for in this auction?
Each permit will sell for $.
How many permits will each firm buy?
Sludge Oil will purchase permit(s).
Northwest Lumber will purchase permit(s).
What will be the total cost to society of this reduction in
pollution?
Total cost of pollution reduction will be $.