Question

New economics question

Screen Shot 2021-10-10 at 3.41.50 AM.png

Consider an economy with two goods, consumption and leisure l, and a representative

consumer. The consumer is endowed with 24 hours of time in a day. A consumer’s daily

leisure hours are equal to = 24 − where is the number of hours a day the consumer

chooses to work. The price of consumption is equal to 1 and the consumer’s hourly

wage is w. The consumer faces an ad valorem tax on their earnings of τ percent. The

consumer also receives some exogenous income that does not depend on how many

hours she works (e.g. an inheritance). The consumer’s preferences over consumption and

1+hours of work can be represented by the utility function (c, h) = − .

(a) What is this consumer’s budget constraint? [5 marks]
(b) Solve for the consumer’s utility maximizing hours of work 
h(w,1τ) and consump-

tion c(w, − τ, Y ). [10 marks]
(c) Repeat part (b) for a consumer with the utility function 
(c, h) = αlog(c− βlog(h).

[10 marks]


0 0
Add a comment Improve this question Transcribed image text
Request Professional Answer

Request Answer!

We need at least 9 more requests to produce the answer.

1 / 10 have requested this problem solution

The more requests, the faster the answer.

Request! (Login Required)


All students who have requested the answer will be notified once they are available.
Know the answer?
Add Answer to:
New economics question
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Similar Homework Help Questions
  • Assume that a consumer’s satisfaction depends upon leisure (L) and income (Y), so that the utility...

    Assume that a consumer’s satisfaction depends upon leisure (L) and income (Y), so that the utility function is: U = 48L + LY – L2 Let N denote the hours of work by the consumer and W the hourly wage rate. Consequently, Y = WN and L + N = 24. If the hourly wage rate is $15 per hour: a) What are the utility maximizing hours of leisure, L*? b) What are the utility maximizing hours of work, N*?

  • Consider the closed-economy one-period macroeconomic model. The consumer is endowed with h units of time, and...

    Consider the closed-economy one-period macroeconomic model. The consumer is endowed with h units of time, and chooses consumption C and leisure ` to maximize U = log(C) + θlog(`), subject to the budget constraint C = wNs + π. Production is described by Y = zNd . Government spending G is financed with a proportional revenue tax (tax rate τ ) on the firm. Find the firm’s optimal demand for labor Nd , as a function of w and τ...

  • Consider a representative consumer who has preferences over an aggregate consumption good c and leisure l....

    Consider a representative consumer who has preferences over an aggregate consumption good c and leisure l. Her preferences are described by the utility function: U(c,l) = ln(c) + ln(l) The consumer has a time endowment of h hours which can be used to work at the market or enjoyed as leisure. The real wage rate is w per hour. The worker pays a proportional wage tax of rate t, so the worker’s after-tax wage is (1−t)w. The consumer also has...

  • 4. Let a person's utility function over consumption, X, and leisure, L, be given by U...

    4. Let a person's utility function over consumption, X, and leisure, L, be given by U = XL2, SO MUx = L2 and MUL = 2xL.The individual may work up to 24 hours per day at wage rate, w = $10 per hour, and he has non-labor income of $50 per day. The price of x, px, is $5. (a) Find the utility-maximizing x and L. (b) Show that at the utility- maximizing quantities of x and L, the consumer's...

  • Consider a consumer who derives utility from two goods: consumption (Good C) and leisure (Good H,...

    Consider a consumer who derives utility from two goods: consumption (Good C) and leisure (Good H, in hours). The consumer has a total of L hours available. The consumer's income comes from time spent at work, which pays a wage of w per hour. Assume the three activities are mutually exclusive: While at work, the consumer cannot spend time on leisure or consumption. (a) What is the consumer's budget constraint? (b) Assuming the consumer's utility function is U(c,h)=a*ln(c)+(1-a)ln(h), derive the...

  • This Problem is from "Advanced Microeconomic Theory – Geoffrey Jehle, Philip Reny" 5.26 Suppose that in...

    This Problem is from "Advanced Microeconomic Theory – Geoffrey Jehle, Philip Reny" 5.26 Suppose that in a single-consumer economy, the consumer is endowed with none of the consumption good, y, and 24 hours of time, h, so that e = (24, 0). Suppose as well that preferences are defined over R2 + and represented by u(h, y) = hy, and production possibilities are Y = {(−h, y) | 0 ≤ h ≤ b and 0 ≤ y ≤ √ h},...

  • There are 800 consumers in an economy that each have the same utility function given by...

    There are 800 consumers in an economy that each have the same utility function given by U(c, l) = 32√ c − (24 − l)2 where c is their consumption and l is the number of hours they spend for leisure. A single firm serves the market with production function Y = 32L1/2K1/2 . The firm cannot choose its capital stock, which is fixed at K = 1600. You can assume the price level is equal to 1 so real...

  • Need as much details as possible. Microeconomics. 2. Vera's utility over consumption (that is, all goods and service...

    Need as much details as possible. Microeconomics. 2. Vera's utility over consumption (that is, all goods and services that she buys), C, and leisure (work- free time), L, is U(CL)-CL. Her hourly wage is w=10 €. Suppose that she can work for 24 hours a day if she wants to and that the price of consumption is p . (a) How many units of consumption can Vera buy in a day if she works non-stop? What if she works 24-L...

  • Takashi has non-labor income from his investments of I= $80 per day, and can earn an...

    Takashi has non-labor income from his investments of I= $80 per day, and can earn an hourly wage at his job of $30 per hour. Assume Takashi can work (or not work) as much as 24 hours in a day. a. Write a formula for Takashi’s budget constraint as a function of L (leisure hours) and C (consumption spending per day).Draw a diagram showing this budget constraint. b. Suppose Takashi’s utility function is given by U = 2lnL+ lnC, where...

  • 13) Consider the standard labor-leisure choice model. Consumer gets utility from consumption (C) and leisure (L)....

    13) Consider the standard labor-leisure choice model. Consumer gets utility from consumption (C) and leisure (L). She has H total hours. She works N S hours and receives the hourly wage, w. She has some non-labor income π and pays lump-sum tax T. Further suppose (π – T) > 0. The shape of utility function is downward-sloping and bowed-in towards the origin (the standard U- shaped case just like a cobb-douglas function) If this consumer decides to NOT WORK AT...

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