d. the expendeiture function Answer: Equation 8 represents the Expenditure Function: E-2VVP:P2- 2P. (8) e. Use your answers to a and d to derive the Hicksian demand functions for x and y. Compare these t answers to c. Explain what you are doing. Answer: By using Shepard Lemma, Equations 9 and equation 10 represent the Hicksian (Compensated) Demar Function for x and y, respectively: ƏE / ƏPI - x ƏE / ƏP2 = y* x- VVP:/ Pi-2 (9) ... ya- VVP: / P2 (10) ... f. Use your answers to b and c to derive the Marshallian demand functions. Compare these to you for a. Explain what vou are doing.
d. the expendeiture function Answer: Equation 8 represents the Expenditure Function: E-2VVP:P2- 2P. (8) e. Use your answers to a and d to derive the Hicksian demand functions for x and y. Compare these t answers to c. Explain what you are doing. Answer: By using Shepard Lemma, Equations 9 and equation 10 represent the Hicksian (Compensated) Demar Function for x and y, respectively: ƏE / ƏPI - x ƏE / ƏP2 = y* x- VVP:/ Pi-2 (9) ... ya- VVP: / P2 (10) ... f. Use your answers to b and c to derive the Marshallian demand functions. Compare these to you for a. Explain what vou are doing.
Chapter17: Capital And Time
Section: Chapter Questions
Problem 17.1P
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