Question

(Intertemporal Choice )Consider a consumer whose preferences over consumption today and consumption tomorrow are represented by...

(Intertemporal Choice )Consider a consumer whose preferences over consumption today and consumption tomorrow are represented by the utility function U(c1,c2)=lnc1 +?lnc2, where c1 and c2 and consumption today and tomorrow, respectively, and ? is the discounting factor. The consumer earns income y1 in the first period, and y2 in the second period. The interest rate in this economy is r, and both borrowers and savers face the same interest rate.

(a) (1 point) Write down the intertemporal budget constraint of this consumer.

(b) (1 point) Write down the optimization problem of the consumer.

(c) (3 points) Solve for the optimal consumption in period 1 and period 2, i.e. c?1 and c?2 as a function of y1, y2, r, and ?.

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
Isabella has preferences U = c1c2, receives income of Y1 = 200 today and Y2 =...
Isabella has preferences U = c1c2, receives income of Y1 = 200 today and Y2 = 100 tomorrow. The interest rate for saving or borrowing is r = 0:1. What levels of consumption c1 and c2 will Isabella choose?
Consider a consumer with preferences over current and future consumption given by U (c1, c2) =...
Consider a consumer with preferences over current and future consumption given by U (c1, c2) = c1c2 where c1 denotes the amount consumed in period 1 and c2 the amount consumed in period 2. Suppose that period 1 income expressed in units of good 1 is m1 = 20000 and period 2 income expressed in units of good 2 is m2 = 30000. Suppose also that p1 = p2 = 1 and let r denote the interest rate. 1. Find...
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...
Consider a consumer with preferences over current and future consumption given by U (c1, c2) =...
Consider a consumer with preferences over current and future consumption given by U (c1, c2) = c1c2 where c1 denotes the amount consumed in period 1 and c2 the amount consumed in period 2. Suppose that period 1 income expressed in units of good 1 is m1 = 20000 and period 2 income expressed in units of good 2 is m2 = 30000. Suppose also that p1 = p2 = 1 and let r denote the interest rate. 1. Find...
utility function over consumption today (c1) and consumption tomorrow (c2): U(c1, c2) = log(c1) + blog(c2)...
utility function over consumption today (c1) and consumption tomorrow (c2): U(c1, c2) = log(c1) + blog(c2) where 0 < b < 1 and log denotes the natural logarithm Let p1 denote the price of c1 and p2 denote the price of c2. Assume that income is Y. Derive Marshallian demand functions for consumption today (c1) and consumption tomorrow (c2). What happens to c1 and c2 as b approaches 0? {Math hint: if y = log(x), dy/dx = 1/x}
A consumer likes two goods; good 1 and good 2. the consumer’s preferences are described the...
A consumer likes two goods; good 1 and good 2. the consumer’s preferences are described the by the cobb-douglass utility function U = (c1,c2) = c1α,c21-α Where c1 denotes consumption of good 1, c2 denotes consumption of good 2, and parameter α lies between zero and one; 1>α>0. Let I denote consumer’s income, let p1 denotes the price of good 1, and p2 denotes the price of good 2. Then the consumer can be viewed as choosing c1 and c2...
Suppose the following model of government efficiency. Utility function over consumption of private goods (C) and...
Suppose the following model of government efficiency. Utility function over consumption of private goods (C) and public goods (G) U(C,L) = C^0.5G^0.5 Exogenous Income: Y = 50 Lump-sum tax: T Budget constraint: C + T = Y PPF: C = Y – G/q Government efficiency: q = 0.8 (This measures the number of public goods that can be produced from one unit of private consumption good) We want to maximize the representative consumer’s utility and balance the government budget. Find...
Tom has preferences over consumption and leisure of the following form: U = ln(c1)+ 2 ln(l)+βln(c2),...
Tom has preferences over consumption and leisure of the following form: U = ln(c1)+ 2 ln(l)+βln(c2), where ct denotes the stream of consumption in period t and l, hours of leisure. He can choose to work only when he is young. If he works an hour, he can earn 10 dollars (he can work up to 100 hours). He can also use savings to smooth consumption over time, and if he saves, he will earn an interest rate of 10%...
Question 2: Consumption Decisions (30 Marks) Suppose a person's life is divided into two main blocks,...
Question 2: Consumption Decisions Suppose a person's life is divided into two main blocks, periods 1 and 2. The consumer does not desire to perfectly smooth consumption over the two periods. In particular, preferences are such that c2 = 0:5 c1. Income in the two periods is equal to y1 = 500 and y2 = 1000, and income taxes are proportional 1 = 50% and 2 = 50%. The real interest rate is r = 0%. (a) What is the...
Consider the following consumption decision problem. A consumer lives for two periods and receives income of...
Consider the following consumption decision problem. A consumer lives for two periods and receives income of y in each period. She chooses to consume c1 units of a good in period 1 and c2 units of the good in period 2. The price of the good is one. The consumer can borrow or invest at rate r. The consumer’s utility function is: U = ln(c1) + δ ln(c2), where δ > 0. a. Derive the optimal consumption in each period?...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT
Active Questions
  • A community generates 75,000 lb/day of solid waste that is deposited in a municipal landfill. The...
    asked 10 minutes ago
  • Suppose the sale price of a used car can be predicted by a function f(x, y)...
    asked 41 minutes ago
  • Which of the following is the most effective approach to delinquency prevention: psychosocial development or punishment?...
    asked 54 minutes ago
  • You are testing the null hypothesis that there is no linear relationship between two​ variables, X...
    asked 1 hour ago
  • Using Microsoft Excel functions: 1. A machine will cost $50,000 to purchase. Annual operating cost will...
    asked 1 hour ago
  • Please, edit for clarity and conciseness, for grammar, capitalization, punctuation, abbreviation, number style, word division, and...
    asked 1 hour ago
  • Suppose your body was able to use chemical energy in gasoline. How far could you pedal...
    asked 1 hour ago
  • Consider why persons with disabilities are considered a vulnerable population. Share with others experiences you may...
    asked 2 hours ago
  • find the explicit particular solution of the initial value problem 2*x^1/2(dy/dx)=(cos^2)*y y(4)=pi/4 differntial equations
    asked 2 hours ago
  • Soma recorded in the table the height of each player on the basketball team Basketball Players’...
    asked 2 hours ago
  • Program: 6: Function overloading AIM: To write a C++ program to illustrate the concept of function...
    asked 2 hours ago
  • Alumina Ltd. produces a specialty aluminum product, and has the following information available concerning its inventory...
    asked 2 hours ago