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Suppose that Jones and Smith have each decided to allocate $1000 per year to an entertainment budget in the form of hockey games or rock concerts. They both like hockey games and rock concerts and will choose to consume positive quantities of both goods. However, they differ substantially in their preferences for these two forms of entertainment. Jones prefers hockey games to rock concerts, while Smith prefers rock concerts to hockey games.

a. Draw a set of indifference curves for Jones and a second set for Smith.

b. Using the concept of the marginal rate of substitution, explain why the two sets of curves are different from each other.

Short Answer

Expert verified

a. IC for Jones:

IC for Smith:

b. The two different corner solutions give two sets of curves for Jones (indifference curve cuts y-axis and touches the budget line) and Smith (indifference curve cuts x-axis and touches the budget line).

Step by step solution

01

Jones and Smith’s indifference curves

Jones prefers hockey games to rock concerts. He will allocate $1000 for hockey games.

The above indifference curve depicts a corner solution for Jones, where he has zero allocations for a rock concert.

Smith chooses rock concerts to hockey games. He will allocate $1000 for rock concerts.

The above indifference curve depicts the corner solution for Smith, where he has zero allocations for hockey games.

02

Marginal rate of substitution and indifference curves

The consumption basket that lies on the highest indifference curve touching the budget line maximizes a consumer’s satisfaction.

The satisfaction is maximized when:

MRSHackey,Concert=PHockeyPConcert

Jones’s marginal rate of substitution will be:

MRSConcert,Hackey,=PConcertPHockey=01000

Smith’s marginal rate of substitution will be:

MRSHockey,Concert=$0$1000=0

The marginal rate of substitution calculations for Jones and Smith show that MRS becomes zero when price ratios are reversed. This means that the indifference curve is tangent to the budget line and cuts the y-axis (Hockey games) for Jones. While the indifference curve is tangent to budget line cuts x-axis (rock concert) in the case of Smith.

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Most popular questions from this chapter

Janelle and Brian each plan to spend $20,000 on the styling and gas mileage features of a new car. They can each choose all styling, all gas mileage, or some combination of the two. Janelle does not care at all about styling and wants the best gas mileage possible. Brian likes both equally and wants to spend an equal amount on each. Using indifference curves and budget lines, illustrate the choice that each person will make.

The price of DVDs (D) is \(20, and the price of CDs (C) is \)10. Philip has a budget of $100 to spend on the two goods. Suppose that he has already bought one DVD and one CD. In addition, there are 3 more DVDs and 5 more CDs that he would really like to buy.

a. Given the above prices and income, draw his budget line on a graph with CDs on the horizontal axis.

b. Considering what he has already purchased and what he still wants to purchase, identify the three different bundles of CDs and DVDs that he could choose. For this part of the question, assume that he cannot purchase fractional units.

In this chapter, consumer preferences for various commodities did not change during the analysis. In some situations, however, preferences do change as consumption occurs. Discuss why and how preferences might change over time with the consumption of these two commodities:

a. cigarettes.

b. dinner for the first time at a restaurant with a special cuisine.

Julio receives utility from consuming food (F) and clothing (C) as given by the utility function U(F,C) = FC. In addition, the price of food is \(2 per unit, the price of clothing is \)10 per unit, and Julio's weekly income is $50.

a. What is Julio's marginal rate of substitution of food for clothing when utility is maximized? Explain.

b. Suppose instead that Julio is consuming a bundle with more food and less clothing than his utility-maximizing bundle. Would his marginal rate of substitution of food for clothing be greater than or less than your answer in part a? Explain.

Jane receives utility from days spent traveling on vacation domestically (D) and days spent traveling on vacation in a foreign country (F), as given by the utility function U(D,F) = 10DF. In addition, the price of a day spent traveling domestically is \(100, the price of a day spent traveling in a foreign country is \)400, and Jane's annual travel budget is $4000.

a. Illustrate the indifference curve associated with a utility of 800 and the indifference curve associated with a utility of 1200.

b. Graph Jane's budget line on the same graph.

c. Can Jane afford any of the bundles that give her a utility of 800? What about a utility of 1200?

*d. Find Jane's utility-maximizing choice of days spent traveling domestically and days spent in a foreign country.

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