Question

   1) Optimization problem 1 Max U(x, y) = x1^0.5 + x2^0.5 s.t. x1 + x2...

  

1) Optimization problem

1 Max U(x, y) = x1^0.5 + x2^0.5

s.t. x1 + x2 =16

Find the optimum bundle; check if there is a minimum or a maximum.


2) Give the interpretation of the expenditure
function, explain and show its properties. Draw the
diagram of the expenditure function. Derive the compensated demand function for x1 and x2
E( p, u) = p(p1. p2)^0,5
and the uncompensated demand function.


3) Derive the expenditure function when the direct utility function is
U = 4 ln x1 + x2
st p1 x1 + p2 x2 = I
where
I =100

Find the Compensated demand and calculate CV, EV and CS for good x1


when price changes
from
p1 =1
to
p1 = 4

The price of good x2 is p2=1



0 0
Add a comment Improve this question Transcribed image text
Answer #1

Answering only first question is mandatory by HomeworkLib .

Add a comment
Know the answer?
Add Answer to:
   1) Optimization problem 1 Max U(x, y) = x1^0.5 + x2^0.5 s.t. x1 + x2...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • An individual has the utility function: U(x1,x2,x3) = ln x1 + ln x2 + 0.5ln x3....

    An individual has the utility function: U(x1,x2,x3) = ln x1 + ln x2 + 0.5ln x3. The price of good x1 is p1, the price of good x2 is p2 = 1 and the price of good x3 is p3. The individual’s income is I. Derive the Marshallian demand functions (x1* , x2*, x3* ).

  • Q1. Sam consumes two goods x1 and x2. Her utility function can be written as U(x1,x2)=x...

    Q1. Sam consumes two goods x1 and x2. Her utility function can be written as U(x1,x2)=x 1raised to 2/3 and x 2 raised to 1/5 ⁄. Suppose the price of good x1 is P1, and the price of good x2 is P2. Sam’s income is m. [20 marks] a) [10 marks] Derive Sam’s Marshallian demand for each good. b) [5 marks] Derive her expenditure function using indirect utility function. c) [5 marks] Use part c) to calculate Hicksian demand function...

  • 1 for good x2 5. Given the market prices p a consumer with U(x1, x2) income...

    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

  • Robin has the utility function U ( x1 , x2)= 1/ 5 ln ( x1 )+...

    Robin has the utility function U ( x1 , x2)= 1/ 5 ln ( x1 )+ 4 /5 ln ( x2 ) . a) Set up the Lagrangian and derive an expression for the marginal rate of substitution and calculate the Marshallian demand for both goods. b) What will happen to Robin’s share of expenditures on good x1 if the price of good one, p1 , increases. Verify your conclusion formally!

  • The utility function is u = x1½ + x2, and the budget constraint is m =...

    The utility function is u = x1½ + x2, and the budget constraint is m = p1x1 + p2x2. Derive the optimal demand curve for good 1, x1(p1, p2), and good 2, x2(m, p1, p2). Looking at the cross price effects (∂x1/∂p2 and ∂x2/∂p1) are goods x1 and x2 substitutes or complements? Looking at income effects (∂x1/∂m and ∂x2/∂m) are goods x1 and x2 inferior, normal or neither? Assume m=100, p1=0.5 and p2=1. Using the demand function you derived in...

  • A total income of I is given to spend on two goods x1 and x2 with...

    A total income of I is given to spend on two goods x1 and x2 with prices p1 and p2 respectively. Your utility function for x1 and x2 is: U (x1, x2) = x13 x22 Using this information, solve the following questions: (a) Using the Lagrange Method, solve for your optimal choice for x1 and x2 as functions of p1 and p2 and I (b) What is the maximum utility you can attain given prices p1 and p2 with an...

  • Suppose u(x1, x2 ) = x1^ax2^1-a (a) Find the optimal bundle x(p, w) and the indirect...

    Suppose u(x1, x2 ) = x1^ax2^1-a (a) Find the optimal bundle x(p, w) and the indirect utility function v(p, w). (b) Find the Hicksian demand function h(p, u) and the expenditure function e(p, u). (c) For the remainder of the problem, suppose α = 4 and w = 5. If p = (2,1), what is5 the optimal bundle? What is the utility of that bundle? [Leave your answer in terms of fractions and exponents] (d) Suppose the price of good...

  • Now minimize P1x1 + P2x2 such that U(x1; x2) = x 3 4 1 x 1...

    Now minimize P1x1 + P2x2 such that U(x1; x2) = x 3 4 1 x 1 4 2 u and x1; x2 0 (a) Using optimization techniques, nd the Hicksian Demand (Z(p; u))Now minimize P1x1 + P2x2 such that U(x1; x2) = x 3 4 1 x 1 4 2 u and x1; x2 0 (a) Using optimization techniques, nd the Hicksian Demand (Z(p; u))Now minimize P1x1 + P2x2 such that U(x1; x2) = x 3 4 1 x 1...

  • Consider two goods, good 1 and good 2. The consumer’s utility function is given by U(x1,x2)=V(x1)+x2....

    Consider two goods, good 1 and good 2. The consumer’s utility function is given by U(x1,x2)=V(x1)+x2. Derive the ordinary demand function of good 1. When the market price of good 1 is given P1=P1' , derive the consumer’s surplus. If the price is changed to P1=P1", prove that the change measured by consumer’s surplus is the same as the Compensating variation. Also prove that it is the same as Equivalent variation.

  • Suppose you have a total income of I to spend on two goods x1 and x2, with unit prices p1 and p2 respectively. Your taste can be represented by the utility function u left parenthesis x subscript 1 co...

    Suppose you have a total income of I to spend on two goods x1 and x2, with unit prices p1 and p2 respectively. Your taste can be represented by the utility function u left parenthesis x subscript 1 comma x subscript 2 right parenthesis equals x subscript 1 cubed x subscript 2 squared (a) What is your optimal choice for x1 and x2 (as functions of p1 and p2 and I) ? Use the Lagrange Method. (b) Given prices p1...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT