1. For the following utility functions, (i) calculate the MRS, (ii) show whether the MRS is constant, or diminishing, or increasing, (iii) calculate the degree of homogeneity, (iv) check the convexity of the Indifference Curve using the condition that for a function to be strict quasi-concave, it must be that f2f11-2f1f2f12+ ff22 < 0, (v) based on MRS's characteristics, draw an approximate Indifference Curve, and (vi) comment on the type of utility function. (a) U(x, y) = 3x + y (b) U(x, y)=√√x y (c) U(x, y)=√√x + y (d) U(x, y)=xy x+y

Microeconomic Theory
12th Edition
ISBN:9781337517942
Author:NICHOLSON
Publisher:NICHOLSON
Chapter3: Preferences And Utility
Section: Chapter Questions
Problem 3.4P
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1. For the following utility functions, (i) calculate the MRS, (ii) show whether the MRS is constant, or
diminishing, or increasing, (iii) calculate the degree of homogeneity, (iv) check the convexity of the
Indifference Curve using the condition that for a function to be strict quasi-concave, it must be that
f2f11-2f1f2f12+ ff22 < 0, (v) based on MRS's characteristics, draw an approximate Indifference
Curve, and (vi) comment on the type of utility function.
(a) U(x, y) = 3x + y
(b) U(x, y)=√√x y
(c) U(x, y)=√√x + y
(d) U(x, y)=xy
x+y
Transcribed Image Text:1. For the following utility functions, (i) calculate the MRS, (ii) show whether the MRS is constant, or diminishing, or increasing, (iii) calculate the degree of homogeneity, (iv) check the convexity of the Indifference Curve using the condition that for a function to be strict quasi-concave, it must be that f2f11-2f1f2f12+ ff22 < 0, (v) based on MRS's characteristics, draw an approximate Indifference Curve, and (vi) comment on the type of utility function. (a) U(x, y) = 3x + y (b) U(x, y)=√√x y (c) U(x, y)=√√x + y (d) U(x, y)=xy x+y
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