I need help with this capital allocation exercise. Please help. Only the literal c. It is a continuous exercise, for that I have to post all the literals for better understanding
Formula sheet
I need help with this capital allocation exercise. Please help. Only the literal c. It is...
3. Which of the following statements are true? Please Explain. a. A lower allocation to the risky portfolio reduces the Sharpe (reward-to-volatility) ratio. b. The higher the borrowing rate, the lower the Sharpe ratios of levered portfolios. c. With a fixed risk-free rate, doubling the expected return and standard deviation of the risky portfolio will double the Sharpe ratio. d. Holding constant the risk premium of the risky portfolio, a higher risk-free rate will increase the Sharpe ratio of investments...
Exercise 2. Suppose that there is one risk free asset with return rf and one risky asset with normally distributed returns, r ~ N(u,02). Show that the CARA utility u(r) = -e-Ar gives the same optimal allocation of wealth to the risky asset as the mean-variance utility function we used in class. That is, show that E[r] – rf OCARA = AO2 Hint: Use the fact that if a random variable x is distributed normally with mean Mx and variance...
A. Capital Allocation Lines The optimal CAL is found as the ray from the risk free rate that is tangent to the _____________ and is called the ________________. efficient frontier; CML minimum variance portfolio; high range CAL indifference curve; SML lower half of the investment opportunity set; CAPM B. Capital Allocation Portfolio 1 has a standard deviation of 35% and a Sharpe ratio of 0.48. Portfolio 2 has a standard deviation of 29% and a Sharpe ratio of 0.44. Portfolio...
Suppose you estimated the following data for funds GMO and OMG. The correlation coefficient between them is 0.35. The risk-free rate is 5%. E(R) ? GMO 19% 29% OMG 8% 15% a.) Mango fund invests 45% in GMO and the remaining in OMG. What are the E(R), ?, and Sharpe ratio of Mango? b.) Among all possible portfolios formed from GMO and OMG funds, Mingo has the lowest variance. What are the E(R), ?, and Sharpe ratio of Mingo? c.)...
Question 1 Consider two risky assets A and B with E(rA)= 15%, Sigma_A= 32%, E(rB)= 0.09, Sigma_B= 23%, corrA,B= 0.2. The risk free rate is 5%. The optimal risky portfolio of comprised of the two risky assets is to allocate 64% to A and the rest to B. What is the standard deviation of the optimal risky portfolio ? Select one: a. 20.75% b. 23.61% c. 22.86% d. 23.00% Question 2 Continued with previous question. What is the Sharpe ratio...
can someone show me what formulas to use for these. i need to make a formula sheet with these. (please label all variables) PART II: Modern Portfolio Theory Chapter 5: Risk and Return Measures Know to how to calculate: Holding Period Return, expected return and risk in scenario analysis with probability distributions, risk premium, degree of risk aversion (and its interpretation), and Sharpe ratio (and its interpretation), expected return and risk in a portfolio of risky asset plus a risk-free...
Need help on these 4 multiple choice questions please! 2 Marks and has only one correct answer. 1. Which of the following is NOT an advantage of investing in an open-end mutual fund A. Professional management B. Daily liquidity C. You can buy units of the fund on margin or sell short D. Provides an opportunity to easily invest in global markets E. None of the above. All are advantages of investing in open-end mutual funds rou purchased a mutual...
Please answer(calculations) the above questions through formulas and explain if possible. Please refrain from using Excel functions . Thanks. In (c) there is no need to calculate the jensen alpha. sorry. only the sharpe ratio is needed. University = Portfolio | Basis Bond Exercise: Finance. There are a risky assets: Assets Expected Return / X 0.75 Y I 0.7 Risk 0.2 0.4 -0.35 is the correlation between the asset returns. ca) Calculate the expected return and standard deviation of the...
please help and show your work! Consider a market model with three assets: two risky assets (#1 and #2) and one risk-free asset (#3). The risk-free rate of interest is r = 3%. The parameters of the risky returns are as follows: 02 = 15%, Mi = 6%, H2 = 9%, 01 = 10%, P12 = -10%. 1. Let u(x) and g(x) with xe (-0,00) denote, respectively, the expected return and volatility of my portfolio if I allocate 100x% of...
3 Question 3 In a market are listed two risky assets whose returns are described by the following parameters HA=0.01. MB = 0.07, 01 = 0.2 and op = 0.12. The correlation among the securities is constant and equal to p=0.1. 1. Derive the equation for the frontier 2. Derive the minimum variance portfolio and the equation for the efficient frontier 3. Let's add a risk free asset among the possible investments with return r = 0.03 and derive the...