Will sellr 6. Suppose the utility is U- E(r) -0.5Ao2 for all the questions im an...
Consider an investor with preferences given by the utility function U = E(r) - 0.5A0- and there are two portfolios with the following characteristics: Portfolio A Portfolio B E(r) = 0.148 O=0.16 E(T) = 0.082 o= 0.068 (a) Suppose that the investor has a level of risk aversion of A = 4. Which portfolio should the investor choose? [3 Points] (6) Suppose that the investor has a level of risk aversion of A = 6. Which portfolio should the investor...
An investor has mean-variance utility preferences: U = E(R) – 0.5A02 coefficient of risk aversion A = 5. market expected return is E(RM) = 5% standard deviation of the market is om = 10%. risk-free rate is Rf = 2%. Under CAPM, what's the weight of the risk-free assets (Wf) on your optimal portfolio?
Assume an investor has mean-variance utility preferences U = E(R) - 0.5A02 with coefficient of risk aversion A = 5. The market expected return is E(RM) = 5% and the standard deviation of the market is OM = 10%. The risk-free rate is Rs = 2%. Under CAPM, what's the weight of the risk-free assets (We) on your optimal portfolio?
John has a utility function given by the expression U(x) = E(r) -½A(s²). Where E(r) is the expected return on an asset and s is the standard deviation of returns on that asset.John has the opportunity to purchase the XJKsecurity that returns 25.9% with 23% probability and returns 8.6% the remainder of the time. The security has a price of $33 and A=11 a) What is the risk-neutral valuation of the XJK security? Recall the risk-neutral value is simply the...
We have discussed in class the idea that one may measure an investor's risk tolerances to different investment scenarios and then develop a mathematical model to describe the satisfaction or utility that an investor derives from his or her investments. This mathematical function is typically called a "utility" function and greater values of utility mean greater investor satisfaction. Consider the following investor utility function U = E(r) - (A/2)o where U is the inventor's utility, E() is a portfolio's expected...
Consider the following utility function introduced in the lecture. U = E(r) − 1/2 Aσ2 Suppose there are 3 types of financial securities one can choose to invest in. Expected return and standard deviation of each of these securities are as follows. E(r1) = .13; σ1 = .3 E(r2) = .15; σ2 = .5 E(r3) = .20; σ3 = .2 (a) Which of these three securities would a risk averse investor with A = 4 choose to invest, given that...
Risk preferences Sharon Smith, the financial manager for Barnett Corporation, wishes to select one of three prospective investments X. Y, and Z. Assume that the meąsure of risk Sharon cares about is an assets standard deviation. The expected returms and standard deviations of the investments are as follows E a. If Sharon were risk neutral, which investment would she select? Explain why b. If she were risk averse, which investment would she select? Why? c. if she were risk seeking,...
Continuing with the same fund data:YearTotal Return20162%2017-12%201810%201918%2020-5% a. The standard deviation of the fund is 12%. If the US T-bill rate is 1%, and investors’ utility functions follow the formula,U = E( r) – ½ As2 Suppose one investor has a coefficient of risk aversion of A = 2, while another investor has a coefficient of risk aversion of A=6. Calculate the Certainty Equivalent Rates for this fund for each investor.
An investor’s utility function for expected return and risk is U = E(r) − 4σ2. Which of the following would this investor prefer to invest in: A risk-free security offering a return of 8 percent per year A risky portfolio with expected return of 14 percent per year and standard deviation of 25 percent per year Select one: a. Risk-free security b. Risky portfolio
Consider the data in the table below and answer the following questions: Utility Score Portfolio L Utility Score Portfolio M Utility Score Portfolio H Investor Risk Aversion (A) Er) =.07: =.05 E(r)=.09: O= E(r)= 13: o = 2 13-4x2x.22 =.0900 107 _x2x.052 = .0675.09–5x2x. P = 0800 <3<.05º =.0663.00 – £x3x8 =.0750 13-_x3x.2° = 0700 2X4x.052 - 0650.09 -->x4x. 1° = -0700 13x4x.22 - 0500 1. The three risk aversion coefficients in the first column represent investors X, Y and...