Professor P has hired a teaching assistant, Mr A. Professor P cares about how many hours that Mr. A teaches and about how much she has to pay him. Professor P wants to maximize her payoff function, x - s, where x is the number of hours taught by Mr. A and s is the total wages she pays him. If Mr. A teaches for x hours and is paid s, his utility is s - c(x) where c(x) = x ²/2. Mr. A's reservation utility is zero.

(a) If Professor P chooses x and s to maximize her utility subject to the constraint that Mr. A is willing to work for her, how much teaching will Mr. A be doing?

(b) How much will Professor P have to pay Mr. A to get him to do this amount of teaching?

 

(c) Suppose that Professor P uses a scheme of the following kind to get Mr. A to work for her. Professor P sets a wage schedule of the form s(x) = ax + b and lets Mr. A choose the number of hours that he wants to work. What values of a and b should Professor P choose so as to maximize her payoff function? Could Professor P achieve a higher payoff if she were able to use a wage schedule of more general functional form?

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Status NEW Posted 21 Jun 2017 07:06 AM My Price 7.00

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