In the mythical nation of Oz, gasoline used to sell for $1 a gallon, and the natives purchased 100,000 gallons a week. Four years ago, the price rose to $3 a gallon, and the natives reduced their quantity demanded to 90,000 gallons a week. Calculate the

price elasticity for this change. Today, gas again sells for $1 a gallon in Oz, but the natives are only buying 70,000 gallons a week. What gives?


Four years ago, the initial price increase to $3 demonstrated that the short-run demand for gasoline was highly inelastic (your calculation should demonstrate this). Over time, we would expect the demand to become more elastic. As consumers purchased more fuel-efficient cars and found alternatives for using gas, they could reduce their consumption of gasoline. Their current quantity demanded reflects these factors. The inelastic short-run demand shifted left, perhaps reflecting technological improvements in mileage, spurred by the previous $3 price.

Economics

You might also like to view...

In Marx's ideal communist society, the state

Economics

According to the above figure, the average propensity to save (APS) is zero at point

A) D. B) F. C) I. D) J.

Economics

The demand curve faced by a perfectly competitive firm is:

a. downward sloping. b. the same as the market demand curve. c. horizontal. d. perfectly inelastic.

Economics

Suppose this is the base year and there are only two goods (Good A and Good B) and the average person buys 8 of Good A in a year and 6 of Good B. If the Price of Good A is $8 and the Price of Good B is $6, the price index

A. is 50. B. is 36. C. is 100. D. is 64.

Economics