Why does C=M? Seeking tutorial
for this solution.
Reservation wage is the highest wage at which Steven is indifferent between working and not working. Steven will work only if wage rate offered in the market is greater than the reservation wage. He will not work if the wage rate offered in the market is less than the reservation wage. Reservation wage is solved by finding the marginal rate of substitution at the point when he is not working that is the endowment point. If he is not working he will spend all his non-labor income on consumption.
If non-labor income increases reservation wage of the person also increases because he does not feel the need to work as his consumption is covered by his receipts of non-labor income.
Non-labor income each week is $500
Hours available to work per week is 100
Market hourly wage is $10
Price of consumption is $1
Now since consumer is not working, his consumption is financed by the non-labor income. Therefore, his consumption is equal to non-labor income and he is enjoying leisure for all 100 hours available for work.
Steven's reservation wage is $10
Correct answer is (e) None of the above
Why does C=M? Seeking tutorial for this solution. (5) Steven has non-labor income each week of...
Exercise 4. Labor Supply with non-labor income (Cobb-Douglas) Each day you are endowed with 24 hours (T=24) that you can spend either in leisure (l) or working (L). For hour of labor you receive an hourly wage, w, but you also have non-labor income, m. Your consumption, c, is constrained by your labor and non-labor income: c= m +wL. You value consumption and leisure according to the following utility: u =cl2. a) What is your labor supply, as a function...
Jack gives each of his sister $600 in non-labor income per week. Each sister has 100 hours per week to spend on labor or leisure, and each can earn a wage of $30 per hour. part a. (4 points) Allison utility is more accurately represented by the function U=CL2, which gives her a marginal rate of substitution (MUL/MUC) equal to 2C/L. where C is the amount of consumption (in $) and L is the hours of leisure she gets in...
Jack gives each of his sister $600 in non-labor income per week. Each sister has 100 hours per week to spend on labor or leisure, and each can earn a wage of $30 per hour. part a. (4 points) Suppose Allison weekly utility function can be written as U=CL2, which gives her a marginal rate of substitution (MUL/MUC) equal to 2C/L. where C is the amount of consumption (in $) and L is the hours of leisure she gets in...
Problem 5 Assume that a worker has the Utility Function U(C,L) C "C" refers to consumption in dollars and "L" to hours of leisure in a day. The worker has an offered wage of $10 per hour, 20 hours available for leisure or work per day, and $30 dollars a day from non- labour income. o 8.60 L (a) Find the budget constraint equation of the individual. (b) Find the optimal choice for the individual in terms of units of...
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...
Please tutor walkthrough as to how the solution for part A was
found. Also, part C.
(6) Geo's utility function is described as Ley, where Leis hours of leisure per day, and Y is disposable income per day. Geo is employed in a job with a wage of $20 per hour and has 10 hours per day that he can spend in either working or leisure. His income from working is his only source of disposable income. He does not...
Kirpa is trying to decide how many hours to work each week. Her utility is given by the following function: U(C,H) = C2 H3 , where C represents weekly consumption and H represents weekly leisure hours. Her marginal utility with respect to consumption is MUc = 2CH3 , and her marginal utility with respect to leisure is MUH = 3C2 H2 . A) Find Kirpa's optimal H, L and C when w=$7.50 and a = $185. B) Suppose w increases...
Gina works at a diner. She has 100 hours each week to spend at labor/leisure, earns a wage of $15 per hour, and works in a fancy modern restaurant that doesn't involve tips from customers. She has no sources of non-labor income, but she does have to pay $200 per week in childcare for her precious baby Carlos (regardless of how many hours she actually utilizes the childcare). Her utility function is U 1. 0.001CL2 (3 points) Each week she...
1. Consumer’s utility function is: U (X,Y) = 10X + Y. Consumer’s income M is 40 euros, the price per unit of good X (i.e. Px ) is 5 euros and the price per unit of good Y (i.e. Py) is 1 euro. a) What is the marginal utility of good X (MUx) for the consumer? ( Answer: MUx = 10) b) What is the marginal utility of good Y (MUy) for the consumer? ( Answer: MUy = 1) c)...
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