At utility maximizing equilibrium ,

this implies that,
![\frac{0.75[\frac{x_{2}^{0.25}}{x{_{1}}^{0.25}}]}{0.25[\frac{x{_{1}}^{0.75}}{x{_{2}}^{0.75}}]}= \frac{5}{20}](http://img.homeworklib.com/questions/d5c2c0f0-7a6e-11ea-938f-7130c73f81e2.png?x-oss-process=image/resize,w_560)
now on solving further
![3[\frac{x_{2}^{1}}{x{_{1}}^{1}}]=\frac{1}{4}](http://img.homeworklib.com/questions/d6346660-7a6e-11ea-81cb-2ff3f6bcb0b5.png?x-oss-process=image/resize,w_560)

.................................equation
(1)
substituting this equation (1) in the budget constraint
budget constraint is ,
after substitution,


.............................(2)
Now, substituting this value of x2 in equation (1), we get:-

...................................(3)
now substituting this value of x's in equation (2) and (3) in the utility form we get




This implies that 300 units of good 1 and 25 units of good 2 maximizes the utility and maximum utility achieved can be 161.19 utils.
Given the following: u = z;25 * 0,75 тах 21 > 0, x2 > 0 s.t. P1 * x1 +P2 * x2 <I • The marginal utility of good 1: MU1 = .25 * • The marginal utility of good 2: MU2 = .75 * " • Baseline Scenario: pi = 8, P2 = 4 and I = 400 • New Scenario: pi = 8, P2 = 8 and I = 400 Equation Description: A consumer is attempting to maximize...
Given the following: u = z;25 * 0,75 тах 21 > 0, x2 > 0 s.t. P1 * X1 + P2 * 22 <I • The marginal utility of good 1: MU = .25 * 3 • The marginal utility of good 2: MU2 = .75 * • Baseline Scenario: p1 = 8, P2 = 4 and I = 400 • New Scenario: p1 = 8, P2 = 8 and I = 400 Equation Description: A consumer is attempting to...
How many units of consumption
of good 1 maximizes utility?
37.5 units of good 1
24.34 units of good 1
16.67 units of good 1
5 units of good 1
None of the above
50.5 units of good 1
How many units of consumption of good 2 maximizes utility?
None of the above
37.5 units of good 2
16.67 units of good 2
5 units of good 2
24.34 units of good 2
37.5 units of good 2
What is...
Givens: 10 * L +40 * K min L>0, K >0 s.t. 50 < K.25 * L.25 • The marginal product of labor: MPL = .25 * 5:16 • The marginal product of capital: MPK = .25 * :26 Equation Description: A firm is attempting to minimize total cost subject to sufficiently employing units of labor and units of capital to produce an output level at least as large as a specified output quota. Total cost equals the cost to...
Givens: 10 * L +40 * K min L>0, K >0 s.t. 50 < K.25 * L-25 • The marginal product of labor: MP, = .25 * 76 • The marginal product of capital: MPK = .25 * * 1.25 K.75 Equation Description: A firm is attempting to minimize total cost subject to sufficiently employing units of labor and units of capital to produce an output level at least as large as a specified output quota. Total cost equals the...
Givens: 40 * L + 120 * K min L>0, K>0 300 < K.75* L 25 • The marginal product of labor: MPL = .25 * :75 • The marginal product of capital: MPK = .75 * :26 Equation Description: A firm is attempting to minimize total cost subject to sufficiently employing units of labor and units of capital to produce an output level at least as large as a specified output quota. Total cost equals the cost to employing...
Equation Description: A firm is attempting to minimize total
cost subject to sufficiently employing units of labor and units of
capital to produce an output level at least as large as a specified
output quota. Total cost equals the cost to employing units of
labor plus the cost to employing units of capital. A firm's
production function is the product of two terms: the
first term is units of capital raised to the .25 power; and, the
second term is units...
U = 8x10.5+ 2x2, where x1 is the quantity of good 1 consumed, and x2 is the quantity of good 2 consumed. (Yes the x is raised) 8x1.5 Suppose that the consumer has a budget of M = $400 to spend and that good 1 has a price of p1= 2, and good 2 has a price of p2= 8. Answer the following questions, and write your answers in the Answer Sheet. Write the person’s budget constraint as an equation,...
Cursue a consumer with preferences described by (x1, x2) = x1 + x2 Suppose she faces prices pi 1 and P2 = 1/2 and that she has an income of I = 2. For your reference, the marginal utilities at a bundle (x1, x2) in this setting are given by MU (x1, x2) = 1 MU?(x), x2) = 2V x2 3(a) Write down the two equations which characterize the consumer's utility-maximizing bundle (X1.3) in this situation. In other words, write...
1 for good x2 5. Given the market prices p a consumer with U(x1, x2) income $300. Now the price of good x changes. Find the uncompensated and compensated demand for good x 2 for good xı and p2 4x152i maximizing her utility with her