An individual values two goods, X and Y, according to the following utility function: -1.33 U (X,Y) = 9 (0.33 X−0.75 +0.67 Y−0.75) The price of X is Px=2, and the price of Y is Py=3. The individual has 13 dollars. What is the Lagrangean for this problem? Please substitute the given values for variables where applicable. L= 9(0.33*X^(-0.75)+0.6*Y^(-0.75) +[13-2*X-3*Y BSD What are the first order conditions? Type L for X. ƏL ах ƏL ΟΥ ƏL Əx : Number Y= Number Number Number How much X and Y should this individual buy? (Round answers to the nearest two decimals. For example, 1.666 rounds to 1.67.) X= Number

Economics (MindTap Course List)
13th Edition
ISBN:9781337617383
Author:Roger A. Arnold
Publisher:Roger A. Arnold
Chapter20: Consumer Choice: Maximizing Utility And Behavioral Economics
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An individual values two goods, X and Y, according to the following utility function:
-1.33
U(X,Y)= 9 › (0.33 X−0.75 +0.67 Y−
The price of X is Px=2, and the price of Y is Py=3. The individual has 13 dollars.
What is the Lagrangean for this problem? Please substitute the given values for variables where applicable.
L= 9(0.33*X^(-0.75)+0.6*Y^(-0.75)
+X[ 13-2*X-3*Y
Y-0.75)
What are the first order conditions? Type L for X.
ƏL:
əx
ƏL.
ΟΥ
ƏL.
Əx
Y= Number
=
Number
Number
Number
How much X and Y should this individual buy?
(Round answers to the nearest two decimals. For example, 1.666 rounds to 1.67.)
X= Number
Transcribed Image Text:An individual values two goods, X and Y, according to the following utility function: -1.33 U(X,Y)= 9 › (0.33 X−0.75 +0.67 Y− The price of X is Px=2, and the price of Y is Py=3. The individual has 13 dollars. What is the Lagrangean for this problem? Please substitute the given values for variables where applicable. L= 9(0.33*X^(-0.75)+0.6*Y^(-0.75) +X[ 13-2*X-3*Y Y-0.75) What are the first order conditions? Type L for X. ƏL: əx ƏL. ΟΥ ƏL. Əx Y= Number = Number Number Number How much X and Y should this individual buy? (Round answers to the nearest two decimals. For example, 1.666 rounds to 1.67.) X= Number
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