Exam 5: The Theory of Demand

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Suppose when the consumer's income rises by 100%,the consumer's consumption of good Suppose when the consumer's income rises by 100%,the consumer's consumption of good   only increases by 1%.We can infer that the consumer's income elasticity for good   is only increases by 1%.We can infer that the consumer's income elasticity for good Suppose when the consumer's income rises by 100%,the consumer's consumption of good   only increases by 1%.We can infer that the consumer's income elasticity for good   is is

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One way to measure the opportunity cost of an hour of leisure is

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If a consumer's preferences for two goods,say food and clothing,are such that as income decreases,consumption of food increases but consumption of clothing decreases,we can say that

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On a typical optimal choice diagram,with budget lines and indifference curves,the line that connects the consumer's optimal baskets as the price of one good changes holding income and the price of the other good constant is called the consumer's

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Suppose when the consumer's income rises by 100%,the consumer's consumption of good Suppose when the consumer's income rises by 100%,the consumer's consumption of good   falls by 1%.We can infer that good   is a(n) falls by 1%.We can infer that good Suppose when the consumer's income rises by 100%,the consumer's consumption of good   falls by 1%.We can infer that good   is a(n) is a(n)

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Suppose the consumer's utility function is given by U(x,y) = x1/4y3/4 where Suppose the consumer's utility function is given by U(x,y) = x<sup>1/4</sup>y<sup>3/4</sup> where     The equation for this consumer's demand curve for   is Suppose the consumer's utility function is given by U(x,y) = x<sup>1/4</sup>y<sup>3/4</sup> where     The equation for this consumer's demand curve for   is The equation for this consumer's demand curve for Suppose the consumer's utility function is given by U(x,y) = x<sup>1/4</sup>y<sup>3/4</sup> where     The equation for this consumer's demand curve for   is is

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