Anvestmeuty 0.5 1. Suppose stocks J and K have the following characteristics: Expected return 15 Standard...
3. Assume many stocks in the market, two of which have the following characteristics: Expected Return (%) 10 15 Standard Deviation (%) | 10 Stock A Stock B 20 Stocks A and B are perfectly negatively correlated (correlation = -1). What is the market risk-free rate? (hint: how can you construct a risk-free portfolio?)
(a) Suppose that there are many stocks in the security market and that the characteristics of Stocks A and B are given as follows Stock A B Expected Return Standard Deviation 10% 5% 15% 10% Correlation =-1 Suppose that it is possible to borrow at the risk-free rate, If. What must be the value of the risk-free rate? Explain. HINT!!! The stocks are perfectly negatively correlated. (b) Calculate the expected return and standard deviation of an equally weighted portfolio of...
2. (25 pts) Suppose you find two stocks in the market that they are perfectly negatively correlated (p. They have the following characteristics: Mean E(r) Stock x0.10 Stock y 0.16 St.Dev, σ 0.05 0.105 (a) (10 pts) If you want to form a portfolio by only the above stocks, what would be the proportion (weight) of your money invested in each stock so you can achieve the lowest possible risk (minimum variance portfolio)? (b) (10 pts) What is the expected...
3. Consider Table 3 Table 3 Stock Expected Return 10% 5% Standard Deviation 12% 8% Correlation Coefficient 0.40 (a) Consider Table 3. Compute the expected return and standard deviation of return of an equally-weighted portfolio of stocks A and B (b) Consider Table 3. Solve for the composition, expected return and standard deviation of the minimum variance portfolio (c) Consider Table 3. Sketch the set of portfolios comprised of stocks A and B (d) Consider Table 3. Suppose that a...
3. Consider Table 2. Table 2 Stock Expected Return 2 12% 6% Standard Deviation 20% 10% 0.20 Correlation Coefficient (a) Consider Table 2. Compute the expected return and standard deviation of return of an equally-weighted (b) Consider Table 2. Solve for the composition, expected return and standard deviation of the minimum (c) Consider Table 2. Sketch the set of portfolios comprised of stocks 1 and 2. Be sure to include the portfolios (d) Consider Table 2. Suppose that a risk-free...
Stocks A and B each have an expected return of 15%, a standard deviation of 17%, and a beta of 1.2. The returns on the two stocks have a correlation coefficient of <1.0. You have a portfolio that consists A) The portfolio's beta is less than 12. B) The portfolio's standard deviation is greater than 17%. C) The portfolio's standard deviation is less than 17%. D) The portfolio's expected return is 15%.
2. Common stocks D,E, and F have the following characteristics with respect to expected return, standard deviation, and correlation between them: 0.40 R; O lj,k Common stock D 0.08 0.02 between D and E Common stock E 0.15 0.16 between D and F 0.60 Common stock F 0.12 0.08 between E and F 0.80 a. What is the expected return and standard deviation of a portfolio composed of 20 percent of funds invested in stock D, 30 percent of funds...
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...
Suppose the expected returns and standards deviations of two stocks were stock A: E (R) =9%, STANDARD DEVIATION = 36% STOCK B: E (R) = 15%, STANDARD DEVIATION = 62% A. calculate the expected return of a portfolio that is composed of 35% of stock A and 65% of stock B. b. calculate the standard deviation of this portfolio when the correlation coefficient between the returns is 0.5 c. calculate the standard deviation of this portfolio (same weights in each...
2. Consider the information in Table 1 Table 1 Expected Return (% Standard Deviation (% Covariance (Stock 1, Stock 2) Covariance (Stock 1, Stock 3) Stock 1 4.2% 2.49% Stock 2 48% 2.59% 2.30 -20.25 Stock 3 5.0% 10.10% (a) Consider Table 1. Form a portfolio of stocks 1 and 2. Calculate the expected return and standard deviation of an equally-weighted portfolio of stocks 1 and 2 (b) Consider Table 1. Form a portfolio of stocks 1 and 2. Calculate...