Advanced Microeconomics
Instruction:
1. The utility maximization problem of a consumer is given by
max X1, X2
U(X1,X2)=X1αX21-α
s.t. 𝑝1x1 + 𝑝2x2 = 𝑚
| + |
Where 𝛼 ∈ ,[0,1] & 𝑥1, 𝑥2 ∈ real number . Assume that price vectors is 𝑝 = (𝑝1, 𝑝2) > 0,
and income 𝑚 > 0.
a) Find the Marshallian demand functions
b) Find the budget share and price of x1 and income elasticity
c) Show that the Walrasian demand function is homogeneity of degree zero in
(p, m)
d) Show that 𝑒(p, u) is homogeneous of degree one in 𝑝
e) Show that 𝑣(p, m) is strictly increasing in m and non-increasing 𝑝
f) Show that Hicksian demand functions is homogeneous of degree zero in p.
g) Evaluate the Walrasian demands x(p, m) at m = e(p; u), and show that Walrasian and Hicksian demands coincide, that is,
x(p, e(p, u)) = h(p; u):
h) Evaluate the Hicksian demands h(p, u) at u = v(p, m), and show that Hicksian and Walrasian demands coincide, that is,
h(p, v(p, m)) = x(p, u):
i) Evaluate the indirect utility function v(p, m) at m = e(p, u), and show that v(p, e(p, u)) = u:
j) Evaluate the expenditure function e(p, u) at u = v(p, m), and show that e(p, v(p, m)) = m:
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Consider the following utility function over goods 1 and 2,
plnx1 +3lnx2: (a) [15 points] Derive the
Marshallian demand functions and the indirect utility function. (b)
[15 points] Using the indirect utility function that you obtained
in part (a), derive the expenditure function from it and then
derive the Hicksian demand function for good 1. (c) [10 points]
Using the functions you have derived in the above, show that i. the
indirect utility function is homogeneous of degree zero in...
. Consider the following utility function over goods 1 and 2, u (ri, 2)- In a 3 ln r2. (a) [15 points] Derive the Marshallian demand functions and the indirect utility function (b) [15 points] Using the indirect utility function that you obtained in part (a), derive the expenditure function from it and then derive the Hicksian demand function for good 1. (c) [10 points] Using the functions you have derived in the above, show that i. the indirect utility...
1. Consider the following utility function over goods 1 and 2, (a) [15 points] Derive the Marshallian demand functions and the indirect utility (b) [15 points] Using the indirect utility function that you obtained in part (a), () [10 points] Using the functions you have derived in the above, show that function derive the expenditure function from it and then derive the Hicksian demand function for good 1. iihi İ. the indirect utility function is homogeneous of degree zero in...
Which of the following statements is correct for an individual who consumes the two goods X and Y? O a. The expenditure function is homogeneous of degree one in prices and utility O b. The hicksian demand functions for x and y are homogeneous of degree zero in prices O c. The marshallian demand functions for x and y are homogeneous of degree zero in prices O d. All of the above
A consumer has income M, and faces prices (for goods 1 and 2) p1 and p2. For each of the following utility functions, graphically show the following: (i) the Slutsky substitution and income e⁄ects when p1 decreases. (ii) the Hicks substitution and income e⁄ects when p1 decreases. (iii) the Marshallian and Hicksian demand curves for good 1: (a) perfect complements: U(x1 , x2) = min {4x1, 5x2} (b) quasi-linear: U(x1 , x2) = x^2/3 1 + x2
Consider the following utility function, u(x1;x2) = min [sqrt (x1); sqrt(ax2)]; where a > 0 a)Derive the Marshallian demand functions. (Explain your derivation in details.) Does the Marshallian demand increase with price? Are the two consumption goods normal goods? (b)Show two different ways to derive the Hicksian demand functions. Does the Hicksian demand increase with price?
Suppose a person has a utility function U(x1,x2)= xa1+xa2, which
she maximizes subject to her budget constraint, px1 + qx2 = m,
where p, q, m are all positive. Use the Lagrangian method to solve
the maximization problem, and find the demand functions for the
consumer. Show that the demand functions are homogeneous of degree
zero in prices (p, q) and income (m)
(2.5 marks) Suppose a person has a utility function U(x1, x2) = xq +xm, which she maximizes...
1. (Consumer theory) Consider the utility function u(x) = √x1 + √x2 ; and a standard budget constraint: p1x1+p2x2=I. a. Are the preferences convex? (1 pt) b. Are the preferences represented by this function homothetic? (1 pt) c. Formally write the utility maximization problem, derive the first order conditions and find the Marshallian demand function. (2 pt) d. Verify that the demand function is homogeneous of degree 0 in prices and income. (1 pt) e. Find the indirect utility function. (1 pt) f. Find the expenditure function by...
Income and substitution, Compensating Variation: Show your work in the steps below. Consider the utility function u(x,y)-x"y a. Derive an expression for the Marshallian Demand functions. b. Demonstrate that the income elasticity of demand for either good is unitary 1. Explain how this relates to the fact that individuals with Cobb-Douglas preferences will always spend constant fraction α of their income on good x. Derive the indirect utility function v(pxPod) by substituting the Marshallian demands into the utility function C....
3. Consider the following
utility function, u(x1;x2)=min[xa1; bxa2]; 00 (a) [15 points]
Derive the Marshallian demand functions. (Explain your derivation
in details.) Does the Marshallian demand increase with price? Are
the two consumption goods normal goods? (b) [15 points] Derive the
Hicksian demand functions. Does the Hicksian demand increase with
price?
3. Consider the following utility function, (a) [15 points] Derive the Marshallian demand functions. (Explain your derivation in details.) Does the Marshallian demand increase with price? Are the two...