4. Let a person's utility function over consumption, X, and leisure, L, be given by U...
Clark gains utility from consumption c and leisure l and his preferences for consumption and leisure can be expressed as U(c, l) = 2(√ c)(l). This utility function implies that Clark’s marginal utility of leisure is 2√ c and his marginal utility of consumption is l √ c . He has 16 hours per day to allocate between leisure (l) and work (h). His hourly wage is $12 after taxes. Clark also receives a daily check of $30 from the...
Problem #1: Optimal labor supply Clark gains utility from consumption c and leisure l and his preferences for consumption and leisure can be expressed as U(c, l) = 2(√ c)(l). This utility function implies that Clark’s marginal utility of leisure is 2√ c and his marginal utility of consumption is l √ c . He has 16 hours per day to allocate between leisure (l) and work (h). His hourly wage is $12 after taxes. Clark also receives a daily...
7. ) Shelly's preferences for consumption and leisure can be expressed as U(C, L) (C-100) x (L-40). This utility function implies that Shelly's marginal utility of leisure is C- 100 and her marginal utility of consumption is L - 40. There are 110 (non-sleeping) hours in the week available to split between work and leisure. Shelly earns S10 per hour after taxes. She also receives $320 worth of welfare benefits each week regardless of how much she works a) Graph...
Cindy gains utility from consumption C and leisure L. The most leisure she can consume in any given week is 80 hours. Her utility function is: a) Derive Cindy's marginal rate of substitution (MRS) b) Suppose Cindy receives $800 each week from her grandmother regardless of how much Cindy works. What is Cindy's reservation wage?
Cindy gains utility from consumption C and leisure L. The most leisure she can consume in any given week is 80 hours. Her utility function...
2. Cindy gains utility from consumption C and leisure L. The most leisure she can consume in any given week is 80 hours. Her utility function is: U(CL)= (1/3) x L (2/3). a) Derive Cindy's marginal rate of substitution (MRS). Suppose Cindy receives $800 each week from her grandmother-regardless of how much Cindy works. What is Cindy's reservation wage? b) Suppose Cindy's wage rate is $30 per hour. Write down Cindy's budget line (including $800 received from her grandmother). Will...
3. Consider a representative consumer who has preferences over an aggregate consumption good e and leisure. Her preferences are described by the uility function: U(c,l) In(e) +In(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). The consumer also has dividend...
4. Steve's utility function over leisure and consumption is given by u(L,Y)= min (3L,Y). 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...
It is about marginal rate of substitution.
C stands for consumption
L stands for leisure time
U(C, L) = f(C, L)
I understand that in order to stay on the indifference curve,
the increase in utility of C should be equal to the decrease in
utility of L (suppose I exchange L for C).
My problem is why the equation is ẟL * MUL + ẟC * MUC = 0 and
MRS= MUL / MUC . Does the first equation...
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...
1. Janet's utility depends on consumption c and leisure l. She earns a wage equal to w per hour, has an investment income equal to M(greater than or equal to) 0 and needs to sleep at least 8 hours a night. Normalize the price of consumption goods at $1. (i) Draw her indifference curves between hours of leisure and consumption, her budget line and her equilibrium choice of c and l. What is the slope of the budget line and...