Investment Management – Research Paper – you xuyi
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Table of ContentsQuestion 1 – Mean-variance portfolio optimization        (a) Market risk premium and standard deviation        (b) Capital allocation        (c) Portfolio strategy        (d) Expected utility        Question 2- Fama-French 3 factors        (a) Expected values and standard deviations        (b) Profitability of portfolios        (c) Expected utility        Question 3- Testing the CAPM        (a) Expected returns and CAMP betas        (b) Slop coefficient and p- value of industrial portfolio        (c) Slop coefficient and p- value of industrial portfolio for Market, SMB and HML           Question 1 – Mean-variance portfolio optimization(a) Market risk premium and standard deviationIn this scenario, we can assess an expected return by sum up the rate of return in excess of the risk-free rate. Base on the monthly returns provided from January 2000 to December 2015, we estimate the equilibrium value of the market risk premium as approximately 0.3169% per annum, which represent there is only 0.3069% rate of return that investors require to accept the uncertain outcomes associated with investment, relative to the return provided by a risk-free asset. Assuming that variance of market risk premium is approximately same weighty as variance of market portfolio, the variance and the standard deviation of market portfolio are approximately 0.2035% and 4.5110% respectively, which represent a stable portfolio investing by client can be supported with a lower standard deviation. Small standard deviations indicate lower degrees of risk.(b) Capital allocationIn this circumstance, risk aversion with A is given 4.0 extremely high, the investor will prefer to have almost all their portfolio tied up in risk-free asset. According to the utility function, then one equation to determine their optimal allocation for the risky portfolio will be: E (rm – rf )A*Var (rm)And (1-W*) is the subsequent weight in the risk-free asset. Given market risk premium and variance of market return are approximately 0.3169% and 0.2035%, respectively. Then, the optimal weight for portfolio calculated approximately is 0.3893, in what we can make an advise for investors to invest 38.93% of their wealth in the equity index and the remainder 61.06% of wealthy in risk-free bond to achieve capital optimal allocation.

(c) Portfolio strategy To perform the portfolio’s value with optimal strategy relative to the other two strategies, one is market rate strategy which have 100% of initial wealth invested in the equity index while another one is risk-free strategy which held 100% of initial wealth invested in the risk-free asset. Figure 1.1 provides a more detailed perspective of the relationship between these three strategies. We notice that the market return strategy is extremely volatile and risk- free return is not, by comparing optimal return. Hence, we do not advise client to invest all initial wealth in the equity index because it is very risky. [pic 1]FIGURE 1.1 Optimal strategy returns.(d) Expected utilityNote that an expected return on market portfolio be used to estimate the expected utility, where U= E(rm)- 0.5*A*Var(rm). The expected utility calculated with optimal portfolio approximately is 0.1577%. If the client had invested 100% of initial wealth in the equity index, the expected utility approximately is 0.0059%. If the client had invested 100% of initial wealth in the risk-free bond, the expected utility is equal to expected free rate E(rf) because the variance is zero, which approximately is 0.0960%. As shown in table1.1:U(E)U(E[rm])U(E[rf])0.1577%0.0059%0.0960%TABLE 1.1 Expected UtilitiesTable 1.1 suggests investing in the optimal portfolio that offers the highest expected utility. To prefer more wealth in investing, we expect the increase in utility. In conclusion, investors should choose to invest in this optimal portfolio to achieve a maximum profit. Question 2- Fama-French 3 factors(a) Expected values and standard deviations The expected values and standard deviations for SMB, HML, and Mkt-RF, calculated by using Excel, are shown in the table 2.1. The expected values of SMB and HML are very similar to that of Mkt-RF, and the standard deviations of SMB and HML are smaller than that of Mkt-RF.

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(2017, 01). Investment Management. EssaysForStudent.com. Retrieved 01, 2017, from
“Investment Management” EssaysForStudent.com. 01 2017. 2017. 01 2017 < "Investment Management." EssaysForStudent.com. EssaysForStudent.com, 01 2017. Web. 01 2017. < "Investment Management." EssaysForStudent.com. 01, 2017. Accessed 01, 2017. Essay Preview By: you xuyi Submitted: January 1, 2017 Essay Length: 1,644 Words / 7 Pages Paper type: Research Paper Views: 415 Report this essay Tweet Related Essays The Four Functions of Management Management is accomplished through four functions of management: planning, organizing, leading, and controlling. According to Bateman-Snell, planning is the management function of systematically making decisions 806 Words  |  4 Pages Is There a ReTurn On the Investment of Management Training? Is There a Return on the Investment of Management Training? Customer satisfaction is no doubt dependent on a great number of variables. While it may 1,076 Words  |  5 Pages Should Retail Investors Invest in Index-Tracker Funds Rather Than Actively-Managed Funds? Should retail investors invest in index-tracker funds rather than actively-managed funds? As we all know that there are two main institutional investments which are index 1,889 Words  |  8 Pages Investment Theory and Portfolio Management Investment Theory and Portfolio Management Targeted Firm List SL# Targeted Company Name 01 BRAC Bank Ltd. 02 Trust Bank Ltd. 03 Shahajalal Bank Ltd. 04 6,007 Words  |  25 Pages Similar Topics Management Toyota Hybrid Marketing Management Get Access to 89,000+ Essays and Term Papers Join 209,000+ Other Students High Quality Essays and Documents Sign up © 2008–2020 EssaysForStudent.comFree Essays, Book Reports, Term Papers and Research Papers Essays Sign up Sign in Contact us Site Map Privacy Policy Terms of Service Facebook Twitter

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Mean-Variance Portfolio Optimization And Expected Return. (July 5, 2021). Retrieved from https://www.freeessays.education/mean-variance-portfolio-optimization-and-expected-return-essay/