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1. Using the variance-covariance matrix (∑) and the expected return vector (er) given in the appendix, calculate the set of weights that correspond to the portfolio that maximizes the Sharpe Ratio assuming a risk free rate of return of 3% per year, subject only to the constraint that the sum of the weights must be 1.2. For the portfolio derived in (1) above, determine the expected annual return and the annual standard deviation for that portfolio. Also determine the Sharpe Ratio.3. For each of the individual assets that comprise the optimal portfolio that you determined in (1) and (2) above, calculate the ratio of the expected return for each asset in excess of the risk-free rate to the marginal variance for that asset. Compare these values with the corresponding value for the portfolio as a whole. Is this what you expected? Why or why not?4. Using the results determined above, if an investor has a risk aversion factor of 1.3 (A), identify his investment allocation to each individual asset included in his overall portfolio. What is his expected return? What is the standard deviation of that portfolio?5. Repeat problem (4), but for an investor with a risk tolerance factor of 3.8 (A). Do the differences between the portfolio determined in (5) and the portfolio determined in (6) make sense? Why or why not?6. Say that you run a well-diversified mutual fund and the expected return on that fund is 16.2% and the standard deviation of that fund is 30.7%. What is the largest fee that you can charge annually for investors wanting to invest in your fund in order for investors to be indifferent between investing in your fund or in the optimal portfolio that you determined in step (2)?7. Calculate the betas for each of the individual assets that comprise the optimal portfolio with respect to that optimal portfolio.8. Calculate the expected returns using the betas that you determined in (8) and the market expected return that you calculated in (2). The risk free rate is still 3%. Are these expected returns consistent with the input data?
Show that for any constant 0=a=1, C(aK1 + (1-a)K2) = aC(K1) + (1-a)C(K2) where C(k) is the European option price with strike K. All the options in this question are assumed to be
Volpe Corporation produces class rings to sell to college and high school students. These rings sell for $75 each, and cost $30 each to produce. Volpe Corporation has fixed costs o
Book Value and Market to book value per share Book value per share (BVPS) = Net worth Equity/No. of ordinary shares It is called also liquidity ratio that show
Acceptance Rule of Accounting Rate of Return or ARR ARR procedure will accept those projects whose ARR is higher rather than that set with management or with bank rate and it
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Methods of Analyzing Investment Capital Budgeting Methods There are two process of analyzing the viability of such investment as: a) Traditional process Pay
Fixed income security can be defined as the financial obligation of an entity (known as the issuer), which promises to pay a specified amount of money on a pre-sp
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