Yearly demand for water by residents and businesses in the city of Black Bear Lake is equal to Qo 2000 - 10P where Qo is milons of gallons of water, and P is price. Assume that, due to a drought, the state limits the city to no more than 1800 million gallons of water that it must allocate over a two-year period. The state currently does not charge Black Bear Lake for its water. If the City employs a 5 percent discount rate, how many millions of gallons of water should be allocated during the first period, if the city desires to maximize the net benefits of water consumption over these periods? Answer

Microeconomics: Principles & Policy
14th Edition
ISBN:9781337794992
Author:William J. Baumol, Alan S. Blinder, John L. Solow
Publisher:William J. Baumol, Alan S. Blinder, John L. Solow
Chapter16: Externalities, The Environment, And Natural Resources
Section: Chapter Questions
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Yearly demand for water by residents and businesses in the city of Black Bear Lake is
equal to
Qo= 2000 - 10P
where Q, is millions of gallons of water, and Pis price. Assume that, due to a drought, the
state limits the city to no more than 1800 million gallons of water that it must allocate
over a two-year period. The state currently does not charge Black Bear Lake for its water.
If the City employs a 5 percent discount rate, how many millions of gallons of water should
be allocated during the first period, if the city desires to maximizethe net benefits of water
consumption over these periods?
Answer:
Transcribed Image Text:Yearly demand for water by residents and businesses in the city of Black Bear Lake is equal to Qo= 2000 - 10P where Q, is millions of gallons of water, and Pis price. Assume that, due to a drought, the state limits the city to no more than 1800 million gallons of water that it must allocate over a two-year period. The state currently does not charge Black Bear Lake for its water. If the City employs a 5 percent discount rate, how many millions of gallons of water should be allocated during the first period, if the city desires to maximizethe net benefits of water consumption over these periods? Answer:
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