Assume a world of two periods only. Suppose that that Alison is a rational economic agent...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
Assume a world of two periods only. Suppose that that Alison is a rational economic agent who considers present and future consumption to be perfect substitutes. Specifically, Alison is indifferent between one unit of consumption in period one and one unit of consumption in period two: U(C₁, C₂) = C₁ + C₂. Suppose that Alison receives an income of $500 at the start of period one and $500 at the start of period two. a. Find Alison's optimal consumption bundle when the interest rate is 10%. b. Find Alison's optimal consumption bundle when the interest rate is 20%. Assume a world of two periods only. Suppose that that Alison is a rational economic agent who considers present and future consumption to be perfect substitutes. Specifically, Alison is indifferent between one unit of consumption in period one and one unit of consumption in period two: U(C₁, C₂) = C₁ + C₂. Suppose that Alison receives an income of $500 at the start of period one and $500 at the start of period two. a. Find Alison's optimal consumption bundle when the interest rate is 10%. b. Find Alison's optimal consumption bundle when the interest rate is 20%.
Expert Answer:
Answer rating: 100% (QA)
This is an intertemporal choice problem and we can solve for Alisons optimal consumption bundle in period one C1 and period two C2 given the interest ... View the full answer
Related Book For
Microeconomics An Intuitive Approach with Calculus
ISBN: 978-0538453257
1st edition
Authors: Thomas Nechyba
Posted Date:
Students also viewed these economics questions
-
KYC's stock price can go up by 15 percent every year, or down by 10 percent. Both outcomes are equally likely. The risk free rate is 5 percent, and the current stock price of KYC is 100. (a) Price a...
-
A company advertised that, on the average 96% of their customers reported "very high satisfaction" with their services. The actual percentages reported in 15 samples were the following:...
-
Our thoughts return to Ambrose and his nuts and berries. Ambroses utility function is U(x1, x2) = 4x1 + x2, where x1 is his consumption of nuts and x2 is his consumption of berries. (a) Let us find...
-
Based on the reading, explain how far you think Wollstonecraft was arguing that women themselves are also to blame, or are partially responsible for their limited roles in society at the time she was...
-
Sylvestor Systems borrows $110,000 cash on May 15, 2015, by signing a 60-day, 12% note. 1. On what date does this note mature? 2. Suppose the face value of the note equals $110,000, the principal of...
-
A solid at an initial temperature of \(T_{0}\) is exposed to colder surroundings at \(T_{\mathrm{a}}\) and is cooling down by radiation heat loss. Develop a model based on the lumping approximation...
-
Pam Corporation acquired a 70 percent interest in Sun Corporation's outstanding voting common stock on January 1, 2016, for $490,000 cash. The stockholders' equity of Sun on this date consisted of...
-
QS 12-4 (Static) Indirect: Computing cash flows from operations LO P2 Cain Incorporated reports net income of $15,000. Its comparative balance sheet shows the following changes: accounts receivable...
-
Capstone Case: Sunrise Bakery Expansion The Sunrise Bakery Corporation was originally founded in Houston, TX in 1991 by Griffin Harris, who currently serves as the company's Chief Executive Officer....
-
The graph on the right presents the costs and revenue for a purely competitive ?rm, where the market price is equal to $600 per unit of output. Use this information to determine the profit-maximizing...
-
Approximate the Sun as a uniform sphere of radius \(6.96 \times 10^{8} \mathrm{~m}\), rotating about its central axis with a period of 25. 4 days. If, at the end of its life, the Sun collapses inward...
-
A child rides her bike five blocks east and then three blocks north. It takes her \(15 \mathrm{~min}\), and each block is \(160 \mathrm{~m}\) long. What are \((a)\) the magnitude of her displacement,...
-
The spacecraft in the movie 2001: A Space Odyssey has a rotating cylinder to create the illusion of gravity, inside of which the crew walks and exercises. While watching this old movie, you realize...
-
Translate the position function \(\vec{r}(t)=A \cos (\omega t) \hat{t}+\) \(A \sin (\omega t) \hat{\jmath}\) into polar coordinates, where \(A\) and \(\omega\) are constants.
-
Suppose the expression for centripetal acceleration is of the form \(a_{c}=v^{p} r^{q}\), where \(p\) and \(q\) are constants. By analyzing the units in this expression, determine the numerical...
-
On 1 July 2020 Transatlantic Ltd enters into a joint arrangement with Archtic Ltd. Both parties commit themselves to a contractual arrangement in which Transatlantic Ltd contributes plant and...
-
Use the graphs of f and g to graph h(x) = (f + g) (x). To print an enlarged copy of the graph, go to MathGraphs.com. 1. 2. y 24 8. 2. -2 -2 4 6
-
A: Consider a firm whose technology has decreasing returns to scale throughout and who faces a recurring fixed cost. Denote the level of capita chosen in the long run at the lowest point of the long...
-
Consider a 2-person/2-good exchange economy in which person 1 is endowed with (e11, e12) and person 2 is endowed with (e21, e22) of the goods x1 and x2. A: Suppose again that tastes are homothetic,...
-
We defined a Giffen good as a good that consumers (with exogenous incomes) buy more of when the price increases. When students first hear about such goods, they often think of luxury goods such as...
-
Find one solution for each of the difference equations below: (a) \(y(n)+2 y(n-1)+y(n-2)=0, y(0)=1\) and \(y(1)=0\) (b) \(y(n)+y(n-1)+2 y(n-2)=0, y(-1)=1\) and \(y(0)=1\).
-
We define the even and odd parts of a sequence \(x(n), \mathcal{E}\{x(n)\}\) and \(\mathcal{O}\{x(n)\}\) respectively, as \[\begin{aligned}\mathcal{E}\{x(n)\} & =\frac{x(n)+x(-n)}{2}...
-
Find the general solution for the difference equation in Example 1.9 when \(a=b\). Example 1.9. Solve the difference equation y(n) + ay(n 2) = b" sin(n)u(n) assuming that ab and y(n) = 0, for n < 0....
Study smarter with the SolutionInn App