*3. We can generalize Problem 1 by stating that there are three commodities Felix con- sumes: air quality, soap, and a basket of other goods, denoted by x. Anna concludes from her research that Felix's utility function is U(x,S,A) = x S A. The price of x is Ooe onSp always 1. Plot two restricted compensated demand functions for soap (price of soap on o 10 V Irw sids mo cnldhomtua be albo m the vertical axis, quantity of soap on the horizontal axis). Recall that a compensated demand function depends on utility rather than income. One demand function should be for A = 4 and the other for A = 5. In both cases, assume the utility level is 100.
*3. We can generalize Problem 1 by stating that there are three commodities Felix con- sumes: air quality, soap, and a basket of other goods, denoted by x. Anna concludes from her research that Felix's utility function is U(x,S,A) = x S A. The price of x is Ooe onSp always 1. Plot two restricted compensated demand functions for soap (price of soap on o 10 V Irw sids mo cnldhomtua be albo m the vertical axis, quantity of soap on the horizontal axis). Recall that a compensated demand function depends on utility rather than income. One demand function should be for A = 4 and the other for A = 5. In both cases, assume the utility level is 100.
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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i need help with question 3
![*3. We can generalize Problem 1 by stating that there are three commodities Felix con-
sumes: air quality, soap, and a basket of other goods, denoted by x. Anna concludes
from her research that Felix's utility function is U(x,S,A) = x S A. The price of x is
Ooe onSp
always 1. Plot two restricted compensated demand functions for soap (price of soap on
o 10 V
Irw sids mo
cnldhomtua
be albo m
the vertical axis, quantity of soap on the horizontal axis). Recall that a compensated
demand function depends on utility rather than income. One demand function should
be for A = 4 and the other for A = 5. In both cases, assume the utility level is 100.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5488ed61-ed65-4122-91ad-f8d4645ee84d%2Fcb4cec28-ab25-4ee3-827c-70cbb6086f37%2Ft58072e.jpeg&w=3840&q=75)
Transcribed Image Text:*3. We can generalize Problem 1 by stating that there are three commodities Felix con-
sumes: air quality, soap, and a basket of other goods, denoted by x. Anna concludes
from her research that Felix's utility function is U(x,S,A) = x S A. The price of x is
Ooe onSp
always 1. Plot two restricted compensated demand functions for soap (price of soap on
o 10 V
Irw sids mo
cnldhomtua
be albo m
the vertical axis, quantity of soap on the horizontal axis). Recall that a compensated
demand function depends on utility rather than income. One demand function should
be for A = 4 and the other for A = 5. In both cases, assume the utility level is 100.
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