a. If Mary decides to invest 50% of her money in Firm A's common stock and 50% in Firm B's common stock and the correlation between the two stocks is 0.40, then the expected rate of return in the portfolio is ______(Round to two decimal places.)

a.1. The standard deviation in the portfolio is ___(Round to two decimal places.)

b. If Mary decides to invest 50% of her money in Firm A's common stock and 50% in Firm B's common stock and the correlation between the two stocks is zero, then the expected rate of return in the portfolio is ______(Round to two decimal places.)

b.1.The standard deviation in the portfolio is ___ (Round to two decimal places.)

c. If Mary decides to invest 50% of her money in Firm A's common stock and

50% in Firm B's common stock and the correlation coefficient between the two stocks is

+1, then the expected rate of return in the portfolio is ___(Round to two decimal places.)

c.1The standard deviation in the portfolio is __(Round to two decimal places.)

d. If Mary decides to invest 50% of her money in Firm A's common stock and 50% in Firm B's common stock and the correlation coefficient between the two stocks is 1, then the expected rate of return in the portfolio is _____(Round to two decimal places.)

d.1The standard deviation in the portfolio is ___(Round to two decimal places.)

e. Using your responses to questions ad, which of the following statements best describes the relationship between the correlation and the risk and return of the portfolio?(Select the best choice below.)

A. The correlation coefficient has no effect on the expected return of a portfolio, but the closer the correlation coefficient is to one, the lower the risk.

B. The correlation coefficient has a negative effect on the expected return of a portfolio, and the closer the correlation coefficient is to negative one, 1, the lower the risk.

C. The correlation coefficient has no effect on the expected return of a portfolio, but the closer the correlation coefficient is to negative

one,1, the lower the risk.

D. The correlation coefficient has no effect on the expected return of a portfolio, but the closer the correlation coefficient is to negative one, 1, the higher the risk.

(Computing the standard deviation for a portfolio of two risky investments) Mary Guilott recently graduated from Nichols State University and is anxious to begin investing her meager savings as a way of applying what she has learned in business school. Specifically, she is evaluating an investment in a portfolio comprised of two firms' common stock. She has collected the following information about the common stock of Firm A and Firm B: 6 a. If Mary invests half her money in each of the two common stocks, what is the portfolio's expected rate of return and standard deviation in portfolio return? b. Answer part a where the correlation between the two common stock investments is equal to zero. c. Answer part a where the correlation between the two common stock investments is equal to +1. d. Answer part a where the correlation between the two common stock investments is equal to - 1. e. Using your responses to questions ad, describe the relationship between the correlation and the risk and return of the portfolio. a. If Mary decides to invest 50% of her money in Firm A's common stock and 50% in Firm B's common stock and the correlation between the two stocks is 0.40, then the expected rate of return in the portfolio is %. (Round to two decimal places.) Firm A's common stock Firm B's common stock Correlation coefficient Expected Return 0.14 0.19 0.40 Standard Deviation 0.17 0.22