Maria has a portfolio consisting of 7 shares of stock A (purchased for $70 per share) and 4 shares of stock B (purchased for $100 per share). She assumes the expected rates of returns after 1 year will be 0.02 for stock A and 0.15 for stock B, with variances of 0.04 and 0.18, respectively. The expected rate of return after 1 year for Maria's portfolio is 0.0784 intermediate calculations.) 0.0784 Complete the table below by computing the standard deviation 0.2600 turns after 1 year on the portfolio if the stocks' returns have a coefficient of correlation of -0.4, are uncorrelated, and are perfectly correlat Coefficient of Correlation Betweenthe Returns of Stock A and B (p) p = -0.4 p = 0.0 P = 1.0 0.0850 . (Hint: For best results, retain at least four decimal places for any 0.1100 Standard Deviation or Return [VV(R₂)]

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Maria has a portfolio consisting of 7 shares of stock A (purchased for $70 per share) and 4 shares of stock B (purchased for $100 per share). She
assumes the expected rates of returns after 1 year will be 0.02 for stock A and 0.15 for stock B, with variances of 0.04 and 0.18, respectively.
The expected rate of return after 1 year for Maria's portfolio is 0.0784
intermediate calculations.)
0.0784
Complete the table below by computing the standard deviation 0.2600 turns after 1 year on the portfolio if the stocks' returns have a coefficient of
correlation of -0.4, are uncorrelated, and are perfectly correlat
Coefficient of Correlation Betweenthe
Returns of Stock A and B (p)
p= -0.4
P = 0.0
P = 1.0
0.0850
(Hint: For best results, retain at least four decimal places for any
0.1100
Standard Deviation or
Return [VV(Rp)]
Transcribed Image Text:Maria has a portfolio consisting of 7 shares of stock A (purchased for $70 per share) and 4 shares of stock B (purchased for $100 per share). She assumes the expected rates of returns after 1 year will be 0.02 for stock A and 0.15 for stock B, with variances of 0.04 and 0.18, respectively. The expected rate of return after 1 year for Maria's portfolio is 0.0784 intermediate calculations.) 0.0784 Complete the table below by computing the standard deviation 0.2600 turns after 1 year on the portfolio if the stocks' returns have a coefficient of correlation of -0.4, are uncorrelated, and are perfectly correlat Coefficient of Correlation Betweenthe Returns of Stock A and B (p) p= -0.4 P = 0.0 P = 1.0 0.0850 (Hint: For best results, retain at least four decimal places for any 0.1100 Standard Deviation or Return [VV(Rp)]
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