B C H E D F G La-z-Boy Kimball Flexsteel Leggett Miller Means Shaw A Variance- covariance 2. matrix 3 La-z-Boy 4 Kimball 5 Flexsteel 6 Leggett 7 Miller 8 Shaw 0.1152 0.0398 0.1792 0.0492 0.0568 0.0989 0.0398 0.0649 0.0447 0.0062 0.0349 0.0269 0.1792 0.0447 0.3334 0.0775 0.0886 0.1487 0.0492 0.0062 0.0775 0.1033 0.0191 0.0597 0.0568 0.0349 0.0886 0.0191 0.0594 0.0243 0.0989 0.0269 0.1487 0.0597 0.0243 0.1653 29.24% 20.68% 25.02% 31.64% 15.34% 43.87% a. Given this matrix, and assuming that the risk-free rate is 0%, calculate the efficient portfolio of these six firms. b. Repeat, assuming that the risk-free rate is 10%. c. Use these two portfolios to generate an efficient frontier for the six furniture companies. Plot this frontier. d. Is there an efficient portfolio with only positive proportions of all the assets? B C H E D F G La-z-Boy Kimball Flexsteel Leggett Miller Means Shaw A Variance- covariance 2. matrix 3 La-z-Boy 4 Kimball 5 Flexsteel 6 Leggett 7 Miller 8 Shaw 0.1152 0.0398 0.1792 0.0492 0.0568 0.0989 0.0398 0.0649 0.0447 0.0062 0.0349 0.0269 0.1792 0.0447 0.3334 0.0775 0.0886 0.1487 0.0492 0.0062 0.0775 0.1033 0.0191 0.0597 0.0568 0.0349 0.0886 0.0191 0.0594 0.0243 0.0989 0.0269 0.1487 0.0597 0.0243 0.1653 29.24% 20.68% 25.02% 31.64% 15.34% 43.87% a. Given this matrix, and assuming that the risk-free rate is 0%, calculate the efficient portfolio of these six firms. b. Repeat, assuming that the risk-free rate is 10%. c. Use these two portfolios to generate an efficient frontier for the six furniture companies. Plot this frontier. d. Is there an efficient portfolio with only positive proportions of all the assets