ADMS 3531 Study Guide - Final Guide: Standard Deviation, Tangent, Efficient Frontier

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E(rs) = 20%, e(rb) = 12%, s = 30%, b = 15%, = . From the standard deviations and the correlation coefficient we generate the covariance matrix (note that cov(rs,rb) = s b): The minimum-variance portfolio is found by applying the formula w. The mean and standard deviation of the minimum variance portfolio are. ) = . 1739 20 + . 8261 12 = 13. 39% = [. 17392 900 + . 82612 225 + 2 . 1739 . 8261 45]1/2 = 13. 51% The proportion of stocks in the optimal risky portfolio is given by. S r ]cov(b,s) f r e(r ) f. B r ]cov(b,s) f (. 20 . 08). 0225 + (. 12 . 08). 0900 [. 20 . 08 + . 12 . 08]. 0045 (. 20 . 08). 0225 (. 12 . 08). 0045. The mean and standard deviation of the optimal risky portfolio are. P = [. 45162 900 + . 54842 225 + 2 . 4516 . 5484 45]1/2 = 16. 54% The reward-to-variability ratio of the optimal cal is.

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