Select one or more: a. Would be straight horizontal lines b. Would be undefined and impossible to plot on such a diagram c. Would increase in utility as you go up along the y-axis d. Would be straight vertical lines e. Coincide over top the efficient frontier boundary at all points f. Would increase in utility as you go left along th

Select one or more: a. Would be straight horizontal lines b. Would be undefined and impossible to plot on such a diagram c. Would increase in utility as you go up along the y-axis d. Would be straight vertical lines e. Coincide over top the efficient frontier boundary at all points f. Would increase in utility as you go left along th

Financial Management: Theory & Practice

16th Edition

ISBN:9781337909730

Author:Brigham

Publisher:Brigham

Chapter25: Portfolio Theory And Asset Pricing Models

Section: Chapter Questions

Problem 4MC: You have been hired at the investment firm of Bowers Noon. One of its clients doesnt understand the...

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You have been hired at the investment firm of Bowers Noon. One of its clients doesnt understand the value of diversification or why stocks with the biggest standard deviations dont always have the highest expected returns. Your assignment is to address the clients concerns by showing the client how to answer the following questions: d. Construct a plausible graph that shows risk (as measured by portfolio standard deviation) on the x-axis and expected rate of return on the y-axis. Now add an illustrative feasible (or attainable) set of portfolios and show what portion of the feasible set is efficient. What makes a particular portfolio efficient? Dont worry about specific values when constructing the graphmerely illustrate how things look with reasonable data.
What does Jensen's alpha measure? a. An investor's reward in proportion to their assumption of systematic risk b. The abnormal return of an asset, defined as the degree to which its actual return exceeds that predicted by the capital asset pricing model c. The degree to which diversifiable risk is eliminated d. How much reward an investor is getting for each unit of risk assumed
Answer whether each of the following statements is correct and explain your argument. \ (a) According to CAPM, the expected return of a risky asset is larger than the risk free rate. (b) According to CAPM, the expected return of a risky asset increases with its variance. (c) According to the separation property, the optimal risky portfolio for an investor dependson the investor’s personal preference. (d) A less risk-averse investor has a steeper indifference curve for the utility function.
(a) According to CAPM, the expected return of a risky asset is larger than the risk free rate. (b) According to CAPM, the expected return of a risky asset increases with its variance. (c) According to the separation property, the optimal risky portfolio for an investor dependson the investor’s personal preference. (d) A less risk-averse investor has a steeper indifference curve for the utility function.
Another name for the expected value of an investment would be: Answer a. The mean value b. The upper-end value c. The certain value d. The risk-free value
Supposing the return from an investment has the following probability distribution Return Probability R (%) 8 0.2 10 0.2 12 0.5 14 0.1 Required: What is the expected return of the investment? What is the risk as measured by the standard deviation of expected returns?
Let A and B be two risky assets. If you choose A, you will get 64TL by 30% chance, or 1TL by 70% chance. If you choose B, you will get 25TL by 40% chance or 9TL by 60% chance. First assume that you make a choice without making any detailed research or getting any consultancy. Draw a decision tree representing this situation and find the optimal investment decision for a risk neutral agent. What would be the choice of a risk averse agent between the two investment options? Explain (you can assume a representative utility function for the agent).
In an efficient market when asset expected returns are plotted against asset betas, then all assets would be on the security market line A. Because all assets have the same beta B. Because no assets have the same risk premium C. Because all assets have the same reward to risk ratio D. Because all assets have the same systematic risk E. Because all assets have the same average amount of systematic risk
Which of the following statements describing the elements of intrinsic valuation is most accurate? a. A simple calculation of present values of expected cashflows of different investments using the risk free rate would be enough to determine which asset is best. b. The risk-free rate is the lowest rate that an investor can earn from short-term investments.c. When the present value of the cashflows is discounted with the appropriate rate end this present value is positive, then the asset providing these cashflows have a value to the investor. d.Cashflows may include depreciatipon expenses and amortization costs.
Suppose that there are two assets: A and B. Asset A has expected return of 20%. B has expected return of 12% and standard deviation of σ* σ* = standard Deviation (σ) (a) “As B is strictly dominated by A in terms of total risk (standard deviation), there is no value in having B in portfolio formation.” (Without doing any calculation) (b) “If the correlation coefficient ρ between A and B = 1, it is always optimal to invest in A only.” (Show your proof) (c) “If the correlation coefficient ρ between A and B = -1, it is always optimal to invest in 50% in A and 50% in B when forming a minimum variance portfolio of the two.” (Show your proof) [ (d) “Given that σA= σB=σ*, it is always optimal to combine half of A and half of B when forming a minimum variance portfolio of the two when ρ ε (-1,1).” (Show your proof)
Consider the following information (Assume that Security M and Security N are in the same financial market and the market is efficient): Standard Deviation BetaSecurity M 20% 1.25Security N 30% 0.80 Which security has more systematic risk? Group of answer choices Security M Security N Equal
Assume that a new law is passed which restricts investors to holding only one asset. A risk-averse investor is considering two possible assets as the asset to be held in isolation. The assets' possible returns and related probabilities (i.e., the probability distributions) are as follows: Asset X Asset Y Pr r Pr r 0.10 -3% 0.05 -3% 0.10 2 0.10 2 0.25 5 0.30 5 0.25 8 0.30 8 0.30 10 0.25 10 What is the coefficient of variation of Asset Y?