Question

@ See page 78 05 Question (2 points) In addition to finding the optimal bundles given prices and income, utility maximizationd

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

u(x1 , x2) = min{48x1 , 24x2}  

budget constraint

p1x1 + p2x2 = m (i)

optimal occurs at kink 48x1 = 24x2  

2x1 = x2

Now substitute   x2 =   2x1 in equation   (i)

p1x1 + p2x2 = m

p1x1 + p2( 2x1 ) = m

x1(p1 + 2p2) = m

x1 = m/(p1 + 2p2)

x*1(p1,p2,m) =    m/(p1 + 2p2)  

x2 = 2m/(p1 + 2p2)  

x*2(p1,p2,m) =    2m/(p1 + 2p2)  

Add a comment
Know the answer?
Add Answer to:
d @ See page 78 05 Question (2 points) In addition to finding the optimal bundles...
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
  • d @ See page 78 06 Question (2 points) In addition to finding the optimal bundles...

    d @ See page 78 06 Question (2 points) In addition to finding the optimal bundles given prices and income, utility maximization can be used to find individual demand functions at any prices and income. Setting up the problem and solving it are the same, except that the prices of each good and the income will be left in variable form (economists call these parameters or exogenous variables). 1st attempt See Hint Consider the quasilinear utility function u(x, y) =...

  • d 04 Question (2 points) See page 78 In addition to finding the optimal bundles given...

    d 04 Question (2 points) See page 78 In addition to finding the optimal bundles given prices and income, utility maximization can be used to find individual demand functions at any prices and income. Setting up the problem and solving it are the same, except that the prices of each good and the income will be left in variable form (economists dub these parameters or exogenous variables). 1st attempt See Hint Suppose utility for an average consumer over food and...

  • A consumer has income M, and faces prices (for goods 1 and 2) p1 and p2....

    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

  • Suppose an individual’s utility function is u=x11/2, x21/2. Let p1=4, p2=5, and income equal $200. With...

    Suppose an individual’s utility function is u=x11/2, x21/2. Let p1=4, p2=5, and income equal $200. With a general equation and general prices, derive the equal marginal principle. Graphically illustrate equilibrium and disequilibrium conditions and how consumers can reallocate their consumption to maximize utility. What is the optimal amount of x1 consumed? What is the optimal amount of x2 consumed? What is the marginal rate of substitution at the optimal amounts of x1 and x2? As functions of p1, p2, and...

  • 6. CHOICE (10 POINTS) You consume only 2 goods: 11 and 12. Your utility function for...

    6. CHOICE (10 POINTS) You consume only 2 goods: 11 and 12. Your utility function for consuming these goods is u (21,22) = 221 22 +1 21 and 22 cost Pı and P2, respectively, and your income is m. (a) (2 POINTS) Write down your utility maximization problem. (b) (6 POINTS) Solve the utility maximization problem to find the demand functions for x and 12. Remember that the demand functions express the endogenous variables as a function of the exogenous...

  • (10 points) Wendy's utility over consumption bundles (x1, x2) is given by u(x1,x2) = VX1 +...

    (10 points) Wendy's utility over consumption bundles (x1, x2) is given by u(x1,x2) = VX1 + 21X2. If the price of good 1 is $2/unit, the price of good 2 is $1/unit and income is $120, what is Wendy's optimal consumption of Good 2? (You can use the 5 step method to solve this problem). (10 points) When u(x1, x2) = min ), at prices and income P1, P2, and I, demand for good 1 is given by xi (P1,...

  • Question: Hi.I need your answer for all from A to G for this question 2*. Assume...

    Question: Hi.I need your answer for all from A to G for this question 2*. Assume that Bob has a budget constraint p1x1 + p2x2 = m, and that his preferences are represented by the Cobb-Douglas utility function U(x1, x2) = x1 c x2 d , where c>0 and d>0. State Bob’s optimization (utility maximization) problem. a) Set up the Lagrangian function. b) Derive the necessary conditions (the first-order conditions) for an optimal interior solution. c) Show that the MRS...

  • Benjamin spends his time either watching movies (x1) (he uses "on demand" option, cable TV) or li...

    Benjamin spends his time either watching movies (x1) (he uses "on demand" option, cable TV) or listening to songs - MP3 downloaded from the Internet (x2) . His preferences are described by U(x1,x2) = ln(x1) + ln(x2) a) Derive Benjamin's demand for movies and MP3 files as a function of prices p1,p2, and his income m. (do not use Cobb Douglas formula but rather derive demand using "two secrets of happiness"). b) Fix the price of MP3 at p2 =...

  • Hi.I need your answer for all from A to G for this question 2*. Assume that...

    Hi.I need your answer for all from A to G for this question 2*. Assume that Bob has a budget constraint p1x1 + p2x2 = m, and that his preferences are represented by the Cobb-Douglas utility function U(x1, x2) = x1 c x2 d , where c>0 and d>0. State Bob’s optimization (utility maximization) problem. a) Set up the Lagrangian function. b) Derive the necessary conditions (the first-order conditions) for an optimal interior solution. c) Show that the MRS (the...

  • Hi i need answer for this question blew. 2*. Assume that Bob has a budget constraint...

    Hi i need answer for this question blew. 2*. Assume that Bob has a budget constraint p1x1 + p2x2 = m, and that his preferences are represented by the Cobb-Douglas utility function U(x1, x2) = x1 c x2 d , where c>0 and d>0. State Bob’s optimization (utility maximization) problem. A-Now assume that c=1/4 and d=3/4, m=160, p1=4 and p2=2. Calculate the income and substitution effects from an increase in price of x1 from p1=4 to p1=5. b) Illustrate these...

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