Question

A representative consumer living in a Country A values consuming goods (C) and enjoys leisure (l)....

A representative consumer living in a Country A values consuming goods (C) and enjoys leisure (l). The consumer has h = 1 units of time to divide between working and enjoying leisure. For each hour worked, he receives w = 1.5 units of the consumption good. The consumer also owns shares in a factory which gives him an additional π = 0.55 units of income. The government in this economy taxes the consumer and uses the proceeds to buy consumption goods that are given to the army. The consumer pays a lump sump tax T equal to 0.35. Suppose that the consumer’s preferences are described by the the utility function.

U(C, l) = C ^1/3 + L ^1/3

1. Write down and graph the consumer’s budget constraint.

2. Define and compute the MRS as a function of C and l.

3. Is it optimal for the consumer to supply Ns = 0.8 units of labour?

4. Find the consumer’s optimal choice of consumption and leisure. Illustrate with a graph.

Homework Answers

Know the answer?
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
Similar Questions
1. Consider the representative consumer’s problem as follows. The representative consumer maximizes utility by choosing the...
1. Consider the representative consumer’s problem as follows. The representative consumer maximizes utility by choosing the amount of consumption good C and the amount of leisure l . The consumer has h units of time available for leisure l and for working Ns , that is, h = l+Ns . Government imposes a proportional tax on the consumer’s wage income. The consumer’s after-tax wage income is then (1−t )w(h −l ), where 0 < t < 1 is the tax...
Suppose the representative consumer’s preferences are given by the utility function, U(C, l) = aln C...
Suppose the representative consumer’s preferences are given by the utility function, U(C, l) = aln C + (1- a) ln l Where C is consumption and l is leisure, with a utility function that is increasing both the arguments and strictly quiescence, and twice differentiable. Question: The total quantity of time available to the consumer is h. The consumer earns w real wage from working in the market, receives endowment π from his/her parents, and pays the T lump-sum tax...
Consider a consumer who has preferences over consumption (x) and leisure (L) represented by u(L, x)...
Consider a consumer who has preferences over consumption (x) and leisure (L) represented by u(L, x) = 10 ln L + 5 ln x. The consumer has 24 hours in the day (T = 24) to divide between work and leisure. The consumer can choose however many hours they want to work. For each hour of work they are paid a wage given by w = 10. Consumption (x) costs 1 per unit. (a) Initially suppose that the consumer has...
In the labor-leisure model, the representative consumer receives satisfaction from consumption of goods (C) and from...
In the labor-leisure model, the representative consumer receives satisfaction from consumption of goods (C) and from the consumption of Leisure (L). Let C be the composite good with price $1 and L determines the number of hours of leisure this person consumes. Therefore U = f(C,L) for this consumer. This consumer’s consumption is constrained by time and income. Let her non-labor income, V, be $1200 per week, let the hourly wage rate be $8 and h be the number of...
Suppose that the consumer’s preferences are given by U(c,l)=2c ^(1/2) +2l ^(1/2) where c is the...
Suppose that the consumer’s preferences are given by U(c,l)=2c ^(1/2) +2l ^(1/2) where c is the level of consumption and l is leisure. The consumer has to allocate 50 hours between leisure and labour. The real wage rate is 10 per hour and the real non-wage income is 160. Assume that there is no government. Note that (∂c ^(1/2)) / (∂c) = (1/2) c^(-1/2) (a) Write the budget constraint of the household. (b) Solve for the tangency condition using the...
Suppose Tom has a utility function U=C*L C= consumption L= hours of leisure Tom has 100...
Suppose Tom has a utility function U=C*L C= consumption L= hours of leisure Tom has 100 hours to divide between work and leisure per week wage is $20/hr 1. Write down budget constraint in terms of consumption and hours of work 2.Tom make decisions on hours of work, leisure and consumption to max. utility. Explain why we can collapse this problem to one in which he chooses hours of leisure only 3. Find optimal hours of work and total consumption...
Consider the following labour-leisure choice model. U(C,L) = C^(2/3)L^(1/3) C = wN + π – T...
Consider the following labour-leisure choice model. U(C,L) = C^(2/3)L^(1/3) C = wN + π – T H= N+ L Where C: consumption L: leisure N: hours worked H = 50 : total hours w = 4 : hourly wage π = 20 : non-labor income T = 10 : lump-sum tax Suppose the hourly wage changes to w = 5. Perform a decomposition and calculate the substitution, income and total effect for each C, L, N
NEED DETAIL PLZ Leo thinks leisure (R) and consuming goods (C) are perfect complements. Goods cost...
NEED DETAIL PLZ Leo thinks leisure (R) and consuming goods (C) are perfect complements. Goods cost $1 per unit. Leo wants to consume 5 units of goods per hour of leisure. Leo can work as much as he wants to at the wage rate of $15 an hour. He has no other source of income. One day has 24 hours. a. What is his utility function and budget constraint? b. How many hours a day will Leo choose to spend...
Santi derives utility from the hours of leisure (l) and from the amount of goods (c)...
Santi derives utility from the hours of leisure (l) and from the amount of goods (c) he consumes. In order to maximize utility, he needs to allocate the 24 hours in the day between leisure hours (l) and work hours (h). Santi has a Cobb-Douglas utility function, u(c, l) = c 2/3 l 1/3 . Assume that all hours not spent working are leisure hours, i.e, h + l = 24. The price of a good is equal to 1...
Assume the representative consumer lives in two periods and his preferences can be described by the...
Assume the representative consumer lives in two periods and his preferences can be described by the utility function U(c,c′)=c1/3 +β(c′)1/3, where c is the current consumption, c′ is next period consumption, and β = 0.95. Let’s assume that the consumer can borrow or lend at the interest rate r = 10%. The consumer receives an income y = 100 in the current period and y′ = 110 in the next period. The government wants to spend G = 30 in...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT