(a) The supply and demand equations for a good are p-2q = 1 and p+ 2q = 9, respectively. Find the equilibrium price and quantity. A percentage [of the price] tax of 100r% is imposed. Find the new equilibrium price and quantity. What fraction of the tax paid has been passed onto the consumer? (b) If an asset is purchased at some initial time t = 0 for $200 and sold at some time t > 0 in the future, the value of the sale is given by P(t)=(2²+ 14t+200)e-t/10, dollars. Find the stationary points of P(t) and determine their nature. Should the asset be purchased and, if so, when is the best time to sell it? [Hint: The fact that e> 2.7 may be useful.]

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
Chapter6: Demand And Elasticity
Section: Chapter Questions
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(a) The supply and demand equations for a good are
p-2q = 1 and p+ 2q = 9,
respectively. Find the equilibrium price and quantity.
A percentage [of the price] tax of 100r% is imposed. Find the new equilibrium price
and quantity. What fraction of the tax paid has been passed onto the consumer?
(b) If an asset is purchased at some initial time t = 0 for $200 and sold at some time t > 0
in the future, the value of the sale is given by
P(t) = (2t² + 14t+200)e-¹/10,
dollars. Find the stationary points of P(t) and determine their nature.
Should the asset be purchased and, if so, when is the best time to sell it?
[Hint: The fact that e> 2.7 may be useful.]
Transcribed Image Text:(a) The supply and demand equations for a good are p-2q = 1 and p+ 2q = 9, respectively. Find the equilibrium price and quantity. A percentage [of the price] tax of 100r% is imposed. Find the new equilibrium price and quantity. What fraction of the tax paid has been passed onto the consumer? (b) If an asset is purchased at some initial time t = 0 for $200 and sold at some time t > 0 in the future, the value of the sale is given by P(t) = (2t² + 14t+200)e-¹/10, dollars. Find the stationary points of P(t) and determine their nature. Should the asset be purchased and, if so, when is the best time to sell it? [Hint: The fact that e> 2.7 may be useful.]
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