Suppose you can invest your money in two assets: A and B. Asset A is risky...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
Suppose you can invest your money in two assets: A and B. Asset A is risky and its rates of return depend on the state of the economy as follows: State Boom Probability 0.3 Moderate Growth 0.4 Recession 0.3 Rate of return on A (%) 64 20 -23 Asset B is risk free with the rate of return of 5%. (a) Compute the expected return on asset A and its standard deviation. (b) Compute the expected rate of return and standard deviation of your portfolio if you invest a proportion w of your money the asset A and 1-w in asset B. (c) In a graph, represent the different combinations of the portfolio expected return and standard deviation, (rp.p), you can obtain by varying w. Label on the graph the points corresponding to the following values of w: 0, 0.25, 0.5, 1. (d) Suppose you decide to adhere to the following rule when constructing your portfolio: never accept portfolios which have standard deviation that is larger than the expected value of the portfolio return. What is the maximum proportion w that you can invest in A without violating this rule? Illustrate your answer on a graph. (e) Does the rule described in (d) guarantee that you will never lose money on your investment? Explain your answer. Suppose you can invest your money in two assets: A and B. Asset A is risky and its rates of return depend on the state of the economy as follows: State Boom Probability 0.3 Moderate Growth 0.4 Recession 0.3 Rate of return on A (%) 64 20 -23 Asset B is risk free with the rate of return of 5%. (a) Compute the expected return on asset A and its standard deviation. (b) Compute the expected rate of return and standard deviation of your portfolio if you invest a proportion w of your money the asset A and 1-w in asset B. (c) In a graph, represent the different combinations of the portfolio expected return and standard deviation, (rp.p), you can obtain by varying w. Label on the graph the points corresponding to the following values of w: 0, 0.25, 0.5, 1. (d) Suppose you decide to adhere to the following rule when constructing your portfolio: never accept portfolios which have standard deviation that is larger than the expected value of the portfolio return. What is the maximum proportion w that you can invest in A without violating this rule? Illustrate your answer on a graph. (e) Does the rule described in (d) guarantee that you will never lose money on your investment? Explain your answer.
Expert Answer:
Related Book For
Posted Date:
Students also viewed these finance questions
-
In the figure below, a square of edge lengths is formed by four spheres of masses, m, M, m3, and m4. What is the x component and the y component of the net gravitational force from them on a central...
-
How does the Drive-through process decrease throughput time when compared with a conventional Quick Service Restaurant?
-
If a house is valued at $940,000 in Chicago, find the price of a comparable house in Los Angeles. Housing Price Index. Realtors use an index to compare housing prices in major cities. The index...
-
True or False: The following annual cash flows in years 1 thru 7, respectively, have a single real positive-valued root: \(-\$ 100,+\$ 15,-\$ 25,+\$ 75,-\$ 10,+\$ 50\), \(+\$ 50\).
-
(Multiple Choice) 1. Closed database architecture is a control technique intended to prevent unauthorized access from trading partners. b. a limitation inherent in traditional information systems...
-
(5) A small maintenance project consists of the following jobs whose precedence relationships are given below: Job 1-2 1-3 2-3 2-5 3-4 Immediate Predecessor 15 15 3 5 8 8 Activity 3-6 4-5 4-6 5-6 6-7...
-
Both assets depend on the state of the local economy. Three possible developments of the state of the local economy for the next couple of years are relevant. Upsize, downsize and remain. Development...
-
Why do containers having agar in them need to be rinsed with hot water as soon as they are emptied?
-
Consider the system of equations: 2 x - y + z = 5 3 x ^ 2 + 4 y = 2 5 x ^ 3 - 2 y ^ 2 + z = 1 0 Write a MATLAB script to find numerical solutions to this system of equations using the fsolve...
-
Garden Depot is a retailer that is preparing its budget for the upcoming fiscal year. Management has prepared the following summary of its budgeted cash flows: Total cash receipts. Total cash...
-
What is the specific mutation gene implicated in the development of lung cancer and the associated deficiency within the Nucleotide Excision Repair (NER) pathway?
-
The sequence of amino acids is very important for both the structure and function of a protein. Can you give an example of what might happen if one amino acid is substituted for another?
-
If the variance of the "number of daily parking tickets issued is 100, the standard deviation is defined as the _____________. "Number of daily parking tickets" squared "Number of daily parking...
-
ABC company leased new advanced computer equipment to STU Ltd on 1 January 2019.STULtd has to pay annual rental of $290,000 starting at 1 January 2019. It is a four years lease with ultimate rental...
-
An automobile loan of $25,000 at a nominal rate of 6% compounded monthly for 60 months Requires equal end - of - month payments of $483.32. Complete Table P4.60 for the first six payments, as you...
-
A large food-processing corporation is considering using laser technology to speed up and eliminate waste in the potato-peeling process. To implement the system, the company anticipates needing $3.5...
-
The Ford Construction Company is considering acquiring a new earthmover. The mover's basic price is $90,000, and it will cost another $18,000 to modify it for special use by the company. This...
-
For coordinates \(\left(x^{1}, x^{2} ight)\) and metric \(g=\operatorname{diag}\left(g_{11}, g_{22} ight)\), the Gaussian curvature is For a sphere with coordinates defined in the following figure,...
-
Consider the holonomic basis defined in Box 26.1 . Using that the tangent vector for a curve can be written \(t=t^{\mu} e_{\mu}=\left(d x^{\mu} / d \lambda ight) e_{\mu}\), show that Thus, \(g_{\mu...
-
The Lie bracket of vector fields \(A\) and \(B\) is defined as their commutator, \([A, B]=\) \(A B-B A\). The Lie bracket of two basis vectors vanishes for a coordinate basis but not for a...
Study smarter with the SolutionInn App