Question

In: Economics

Round answers to 5 decimal places. Suppose there are two consumers, A and B, and two...

Round answers to 5 decimal places. Suppose there are two consumers, A and B, and two goods, X and Y. Consumer A is given an initial endowment of 3 units of good X and 7 units of goodY. Consumer B is given an initial endowment of 8 units of good X and 5 units of good Y. ConsumerA’s utility function is given by:UA(X, Y) =X^1/2 Y^1/2 and Consumer B’s utility function is given byUB(X, Y) =X^1/5 Y^4/5. Therefore, the marginal utilities are as follows:

MU X/A= 1/2X^-1/2 Y^1/2

MU Y/A= 1/2X^1/2 Y^−1/2

MU XB= 1/5X^−4/5 Y^3/4

MU YB= 4/5X^1/5 Y^−1/5

1) How much of each good does consumer A demand in equilibrium?

2) How much of each good does consumer B demand in equilibrium?

3) What is the MRS for consumer B at the competitive equilibrium?

4) Illustrate the situation in an Edgeworth Box. Be sure to label your box carefully andaccurately. Identify the initial endowment and label it M. Identify the competitive equilibrium and label it C. Draw the budget constraint that each consumer faces and identify the values where it intersects the perimeter of the Edgeworth Box (there are 2 different intercepts to identify for each consumer).

Solutions

Expert Solution


Related Solutions

Enter answers only as numbers, and round decimals to 2 decimal places. Suppose that there is...
Enter answers only as numbers, and round decimals to 2 decimal places. Suppose that there is natural monopoly that faces a demand curve Q=100-P with total cost function C(Q)=400+15Q. The profit maximizing quantity for the natural monopolist, in the presence of a marginal cost pricing rule is ________ units. The profit maximizing price that will set by the monopolist that will be set in the presence of a marginal cost pricing rule is $_________. The average total cost per unit...
Round Answers to 2 decimal places. Suppose that there is natural monopoly that faces a demand...
Round Answers to 2 decimal places. Suppose that there is natural monopoly that faces a demand curve Q=100-P with total cost function C(Q)=400+15Q. The profit maximizing quantity for the natural monopolist, in the absence of any regulation is ______ units. The profit maximizing price that will set by the monopolist is $______ The average total cost per unit at the profit maximizing level of output is $______ The profit for the natural monopolist, given they set the profit maximizing price...
Round the answers to two decimal places in percentage form. (Write the percentage sign in the...
Round the answers to two decimal places in percentage form. (Write the percentage sign in the "units" box). Balance Sheet December 31, 2010 Cash and marketable securities $102,000 Accounts payable $287,000 Accounts receivable $299,000 Notes payable $61,200 Inventories $628,000 Accrued expenses $51,900 Prepaid expenses $10,300 Total current liabilities $400,100 Total current assets $1,039,300 Long-term debt $415,000 Gross fixed assets $1,502,000 Par value and paid-in-capital $376,000 Less: accumulated depreciation $312,000 Retained Earnings $1,038,200 Net fixed assets $1,190,000 Common Equity 1,414,200 Total...
Solve ΔABC. (Round your answers to two decimal places. If there is no solution, enter NO...
Solve ΔABC. (Round your answers to two decimal places. If there is no solution, enter NO SOLUTION.) α = 47.16°,    a = 5.04,    b = 6.17 smaller c: c = β = ° γ = larger c: c = β = ° γ =
X1 Y1 Studentized Deleted Residual (Round your answers to two decimal places) 1 5 ??? 2...
X1 Y1 Studentized Deleted Residual (Round your answers to two decimal places) 1 5 ??? 2 9 ??? 3 7 ??? 4 13 ??? 5 16 ??? At the 0.05 level of significance, can any of these observations be classified as an outlier? Explain. (Select all that apply.) Observation xi = 1 can be classified as an outlier since it has a large studentized deleted residual (greater than t0.025 or less than −t0.025). Observation xi = 2 can be classified...
Round your answers to the three decimal places. A dock is 1 meter above water. Suppose...
Round your answers to the three decimal places. A dock is 1 meter above water. Suppose you stand on the edge of the dock and pull a rope attached to a boat at the constant rate of a 1m/s. Assume the boat remains at water level. At what speed is the boat approaching the dock when it is 10 meters from the dock? 15 meters from the dock? Isn’t it surprising that the boats speed is not constant ? At...
Given are five observations for two variables, x and y. (Round your answers to two decimal places.)
Given are five observations for two variables, x and y. (Round your answers to two decimal places.) xi 1 2 3 4 5 yi 3 8 6 10 15 (a) Use sŷ* = s 1 n + (x* − x)^2 / Σ(xi − x)^2 to estimate the standard deviation of ŷ* when x = 5. (b) Use Sŷ* ± tα/2sŷ* to develop a 95% confidence interval for the expected value of y when x = 5. ____to____ (c) Use spred...
Determine the value z* that satisfies the conditions below. (Round all answers to two decimal places.)...
Determine the value z* that satisfies the conditions below. (Round all answers to two decimal places.) (a) Separates the largest 3.2% of all z values from the others z* =   (b) Separates the largest 0.8% of all z values from the others z* =   (c) Separates the smallest 5.6% of all z values from the others z* = (d) Separates the smallest 12.1% of all z values from the others z* =
Consider the following ANOVA experiments. (Round your answers to two decimal places.) (a) Determine the critical...
Consider the following ANOVA experiments. (Round your answers to two decimal places.) (a) Determine the critical region and critical value that are used in the classical approach for testing the null hypothesis H0: μ1 = μ2 = μ3 = μ4, with n = 23 and α = 0.01. F ≥ (b) Determine the critical region and critical value that are used in the classical approach for testing the null hypothesis H0: μ1 = μ2 = μ3 = μ4 = μ5,...
Use the Dynamic Exhibit to answer the following questions. Round your answers to two decimal places,...
Use the Dynamic Exhibit to answer the following questions. Round your answers to two decimal places, if necessary. 1. When the number of units produced is 50,000, the total fixed cost is $ 500,000 and the cost per unit is $ . 2. When the number of units produced is 100,000, the total fixed cost is $ and the cost per unit is $ . 3. When the number of units produced is 150,000, the total fixed cost is $...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT