Question

Consider a two-period economy discussed in Chapter 9. Suppose there are only two households, and each households utility fun
0 0
Add a comment Improve this question Transcribed image text
Answer #1

1 Endger Contralur you inter rempont choice : of or C liv & C2 Yo (110 + 12 for hegnetold tillit ca = 18 (1tv + 1- howtwold 2- 10 9 Bewiva / Baring 72 - 6 Loving / Burrsing 12- 62 = 6- 2(14)- 4 = 2-2(lt) 72) = 6 - 28 - 6 - 2-q[1+r) - - 7-av- 2 زور را

5) However, r = 1 is ineffecient, as a 100% real interest rate means consumers do not consume anything in period 1, i.e., c1 = 0, which is not an efficient solution.

Add a comment
Know the answer?
Add Answer to:
Consider a two-period economy discussed in Chapter 9. Suppose there are only two households, and each...
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
  • Consider an economy occupied by two households (i- A, B) who are facing the two-period consumption...

    Consider an economy occupied by two households (i- A, B) who are facing the two-period consumption problem. Each household i - A, B is facing the following utility maximization problem: max subject to ci +biy(1+r)bo where Vi and US are household i's exogenous income in period t 1.2. cỈ and c are household i's consumption in period t 1,2. bo,bi is household i's bond holdings of which bo is exogenously given, r is the real interest rate, and 0 <...

  • Consider an economy occupied by many households with two types denoted by i, (i- A, B)...

    Consider an economy occupied by many households with two types denoted by i, (i- A, B) who are facing the two-period consumption problem. Each household i- A, B is facing the following utility maximization problem: max subject to ci bi(1+r)bo where yl and yẳ are household is exogenous income in period t 1, 2 . CI and då are household i's consumption in period t = 1.2. , bị is household i's bond holdings of which bo is exogenously given,...

  • 3. Heterogeneous Agents Con sider an economy occupied by many households with two types denoted by...

    3. Heterogeneous Agents Con sider an economy occupied by many households with two types denoted by i, (i-A, B) who are facing the two-period consumption problem. Each household i-A, B is facing the following utility maximization problem max where yl and yå are household i's exogenous income in period t-1,2 cl and c are hou sehold is con sumption in period t-1,2. b, bi is household i's bond holdings of which bo is exogenously given, r is the real interest...

  • problem two please Calculate aggregate nsumpuo ., 20. (e) Suppose alternatively that in period 11, u-0.6...

    problem two please Calculate aggregate nsumpuo ., 20. (e) Suppose alternatively that in period 11, u-0.6 and s 0.05. Again, calculate aggregate consump- tion, output, and the quantity of human capital in periods 11, 12, 13,..,20. (d) Suppose now that in period 11, u 0.6 and s-0.1. Again, calculate aggregate consumption, output, and the quantity of human capital in periods 11, 12, 13.., 20. e) What do you conclude from your results in parts (a)-(d)? Discuss. Problem 2. Two-period Model...

  • Borrowing Constraint in the Two-Period Model life, your ability to borrow is not In real usuallv...

    Borrowing Constraint in the Two-Period Model life, your ability to borrow is not In real usuallv based on vour lifetime income but rather on vour current annual income. So we will consider a partial equilibrium framework of an individual who faces a borrowing constraint. That is, the household cannot borrow more than a pre-specified amount. For simplicity, we will assume that the household cannot borrow at all; thus The rest of the problem remains identical as the household wishes to...

  • Borrowing Constraint in Two-Period Model - In real life, your credit card credit limit is usually...

    Borrowing Constraint in Two-Period Model - In real life, your credit card credit limit is usually half year or annual income, not your lifetime income. So, consider a twist to the two-period consumption- saving model where household faces borrowing constraint. That is, household cannot borrow more than a pre-specified amount. For simplicity, assume that the household cannot borrow at all; thus, 1 20 The rest of the problem remain identical as max {} log(60) + β1og (c) subject to co...

  • For Question 12 to 15, let the utility function of the household be U(c,d) = ln(c)...

    For Question 12 to 15, let the utility function of the household be U(c,d) = ln(c) + Bln(c'), where B is a parameter between 0 and 1, and assume that there is always an interior solution to the household's problem. 12. What is the marginal rate of substitution of current consumption for future con- sumption MRS given this utility function? How does it change with c and c'? 13. Solve the household's optimization problem with the lifetime budget constraint. That...

  • Suppose that a household has a utility function and intertemporal budget constraint as follows: U(C1,C,) - (cº:" + Bc2:...

    Suppose that a household has a utility function and intertemporal budget constraint as follows: U(C1,C,) - (cº:" + Bc2:5)1-y U(C1,C2) = - 1- ITBC: C1 + = yı + 1+1 a) Determine the marginal rate of substitution for this utility function and derive the Euler equation faced by this consumer (define the Lagrangian and then obtain first order conditions as we did it in the lecture). Explain the intuition of the Euler equation. b) Find a solution for optimal consumption...

  • Consider a household living for two periods

    Consider a household living for two periods, t = 1, 2.  Let ct and yt denote consumption and income in period t. s denotes saving in period 1, r is the real interest rate and β the weight the household places on future utility.  The following must be true about the household’s consumption in the two periods:c1 = y1 − sandc2 = (1 + r)s + y2a.  Derive the household’s intertemporal budget constraint.b.  Assume that the preferences of the household can be represented by a log utility...

  • Consider the two-period model from Chapter 9, and assume there is one representative consumer with utility...

    Consider the two-period model from Chapter 9, and assume there is one representative consumer with utility function uc,d) = Iníc) + In(d), so the time discount factor is 3 = 1. There is also a government that levies lump-sum taxes in the current and future periods. The government has expenditures of G = 580 in the current period and G' = 630 in the future period. (a) Suppose the consumer has current and future income (w.y') = (3500, 6510), and...

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