Suppose there are many risky assets. (a) Explain why the expected return on asset i must...
Consider a portfolio consisting of the following two risky assets. Asset i Hi, Return on Asset i 7% 7% 0, Risk in Asset i 18% 14% The coefficient of correlation between the returns is p = -100%. (a) State the expected return and associated risk (as measured by the standard deviation) in terms of w if w is the weight allocation of Asset 1 in the portfolio. Hry (w) = 0.07 Or, (w) = sqrt(0.0632w^2-0.C (b) Suppose that the portfolio...
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...
Suppose that you have a risky asset that provides you with an expected return of 12% per year with 20% volatility (standard deviation). Consider a risk-free asset that provides you with a 3% risk-free return. a. If you have $100,000 and invest 80% into the risky asset and 20% into the 6. b. How much will your portfolio be worth if the realized return on the risky c. If you cannot borrow money, what is the maximum possible expected return...
There are only two risky assets A and B with expected returns r A = 30 % and r The covariance matrix of their returns is = 20 % [0.0576 0.0288] 0.0288 0.0256 (a) Solve for the minimum-variance portfolio of the two risky assets, as well as the expected rate of return and standard deviation of the portfolio. (9 marks) (b) Solve for an efficient portfolio with expected return 29.25 %. (8 marks) (c) Explain how the returns of the...
Suppose there are three assets: A, B, and C. Asset A’s expected return and
standard deviation are 1 percent and 1 percent. Asset B has the same expected
return and standard deviation as Asset A. However, the correlation coefficient of
Assets A and B is −0.25. Asset C’s return is independent of the other two assets.
The expected return and standard deviation of Asset C are 0.5 percent and 1
percent.
(a) Find a portfolio of the three assets that...
The expected return and standard deviation of a portfolio of risky assets is equal to the weighted average of the individual asset's expected returns and standard deviation. Group of answer choices True False
1. Let's assume you live in a world where there are only 2 risky assets, asset A and asset B. There is also a risk free asset. You have the following information about the assets: Asset A 10% 5% Asset B 20% 25% Risk free (F) 5% 09% Expected Return Standard Deviation Let's assume the correlation between the returns of asset A and B is +1. Make a portfolio Pl that invests 50% in A and 50% in B. Calculate...
"Risk aversion" describes investors': O reluctance to acquire any risky asset, regardless of its expected return. eagerness to acquire any risky asset, regardless of its risk. preference for investments with less risk to those with more risk, as long as expected returns are equal. n preference for investments with more risk to those with less risk, as long as expected returns are equal. preference for investments with lower return to those with more higher, as long as their risks are...
2. Consider a financial market composed of only two risky assets (which are imperfectly correlated). Risky asset 1 has beta equal to B.-1.7 and expected return equal to E(n)-10%. Risky asset 2 has beta equal to B2-0.7 and expected return equal to E(T2)-7%. Find expected return on the market portfolio
You invest $100 in a risky asset with an expected rate of return of 0.11 and a standard deviation of 0.21 and a T-bill with a rate of return of 0.045. What percentages of your money must be invested in the risky asset and the risk-free asset, respectively, to form a portfolio with an expected return of 0.13? Group of answer choices a)57.75% and 42.25% b)Cannot be determined. c)67.67% and 33.33% D)130.77% and –30.77% e)–30.77% and 130.77%