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A student spends 8 hours per day listening to music. M hours are devoted to Mozart...

A student spends 8 hours per day listening to music. M hours are devoted to Mozart and B hours to Beethoven. The student’s utility function is , where Umeasures utility.

  1. Find the equation of the indifference curves corresponding to utility levels of 4 and 5.
  2. Write an equation for the student’s budget constraint.

Draw on a diagram your answers to a) and b).

On the basis of your diagram, what are the approximate utility-maximizing quantities of Mand B?


U = M^1/4B^3/4


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Answer #1

(a) The utility is given as . At U=4, the indifference curve equation would be or . At U=5, the indifference curve equation would be or .

(b) The student have a total of 8 hours, in which the student listen M hours to Mozart and B hours to Beethoven. This means that , which is the required budget constraint.

(c) The graph is as below.

(d) The approximate utility maximizing bundle would be (M=2,H=6). The utility is maximum on the budget line where the indifference curve is tangent to the budget line. That seem to be on the point (2,6).

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