26a. Calculate the optimal level of leisure and labor hours, and the resulting earnings and utility level.
26b. Suppose the person is injured on the job in such a way that he cannot work at all. Prove that a policy that compensates the worker for his lost income will increase his utility.
26c. Find the minimum percentage of income that could be replaced and just keep the worker at the same level of utility as before his injury. Do you see any problems with this analysis?
Consider an individual with preferences given by the formula U = LY. Suppose the total time...
4. Consider the consumption-leisure choice model we discussed in class. Suppose individual utility is represented by the function U(c, L) = min {c, 10L}, where c is consumption and L is leisure. Individuals have a total h = 16 hours that could be divided into work and leisure. Market wage rate is w = 10. (a) Sketch the individual’s indifference curve. (b) Find the optimal consumption and leisure choice. (c) Now suppose wage increases to w = 12. Find the...
3. Suppose an individual has a utility function U=U(M, X)=10
MX^2, where U is her
utility, M is her(daily) money income and x is her(daily)
leisure hours. Each
day, the individual needs 6 hours for sleeping and other
essential personal matters
3. Suppose an individual has a utility function U = U(M,X) = 10 MX', where U is her utility, M is her (daily) money income and X is her (daily) leisure hours. Each day, the individual needs 6 hours...
3. Suppose an individual has a utility function U=U(M,X)=10
MX^2, where U is her
utility, M is her(daily) money income and x is her(daily)
leisure hours. Each
day, the individual needs 6 hours for sleeping and other
essential personal matters
3. Suppose an individual has a utility function U = U(M,X) = 10 MX, where U is her utility, M is her (daily) money income and X is her (daily) leisure hours. Each day, the individual needs 6 hours for...
A worker's preferences over consumption (c) and leisure (l) can be represented by U(cl) = cl. The price of consumption is given by p = 1 and the wage by w=1 (a) Suppose we measure leisure in hours per day such that the maximum value I can take is 24. Let's represent hours worked by h; then we have h = 24-1. Write the Budget Constraint of this worker in terms of c and l. (b) Explain briefly why w/p...
Mr. Simpson’s preferences for consumption and leisure can be expressed as U(C,L)=(C-100)(L-68). There are 168 hours in a week available for him to split between work and leisure. He earns $20 per hour after taxes. He also receives $300 worth of welfare benefits each week regardless of how much he works. What is Mr. Simpson’s optimal level of consumption? What is Mr. Simpson’s reservation wage? Suppose that in addition to the $300 government welfare, Mr. Simpson receives from his oversea...
Problem 3 - Labor Market & Taxes
PROBLEM 3: LABOR MARKET AND TAXES (20 POINTS) Suppose a worker has preferences over consumption and leisure that can be repre- sented by the following utility function: U = ln (C) + In (1) There are 16 hours per day available for leisure (1) and labor (L) (the remaining 8 hours are for sleeping). The hourly wage is w, and assume that the price of each unit of consumption is $1. The only...
intermediate micro
4. Steve's utility function over leisure and consumption is given by NLY) - min (31.7. Wage rate is w and the price of the composite consumption good is p=1. (a) Suppose w = 5. Find the optimal leisure consumption combination. What is the amount of hours worked? (b) Suppose the overtime law is passed so that every worker needs to be paid 1.5 times their current wage for hours worked beyond the first 8 hours, Will this law...
Problem 3 Alan's utility function for consumption (C) and leisure time (1) is U(C,1) = 2C1/2 + 1. Each week, Alan has a time endowment of 120 hours that he can devote to work (N) or leisure time (7). The unit price of C is $1 while the unit wage rate is w. Alan also earns A dollars per week of non-labor income. a) Write the expression of Alan's budget constraint. b) Find Alan's optimal combination of consumption and leisure...
Problem 3 Alan's utility function for consumption (C) and leisure time (1) is U(C,1) = 2C1/2 + 1. Each week, Alan has a time endowment of 120 hours that he can devote to work (N) or leisure time (7). The unit price of C is $1 while the unit wage rate is w. Alan also earns A dollars per week of non-labor income. a) Write the expression of Alan's budget constraint. b) Find Alan's optimal combination of consumption and leisure...
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...