Question

In: Finance

States Probability Asset M Return Asset N Return Asset O Return Boom 34% 12% 21% 4%...

States Probability Asset M Return Asset N Return Asset O Return
Boom 34% 12% 21% 4%
Normal 51% 10% 14% 10%
Recession 15% 4% 1% 12%

Benefits of diversification. Sally Rogers has decided to invest her wealth equally across the following three​ assets:

a.  What are her expected returns and the risk from her investment in the three​ assets? How do they compare with investing in asset M​ alone?  

Hint​: Find the standard deviations of asset M and of the portfolio equally invested in assets​ M, N, and O.

b.  Could Sally reduce her total risk even more by using assets M and N​ only, assets M and O​ only, or assets N and O​ only? Use a​ 50/50 split between the asset​ pairs, and find the standard deviation of each asset pair.

Solutions

Expert Solution

FORMULAS USED :-

E(Ri) =SUMPRODUCT($B$2:$B$4,C2:C4) =SUMPRODUCT($B$2:$B$4,D2:D4) =SUMPRODUCT($B$2:$B$4,E2:E4)
Sd = Proxy for Risk Standard Deviation =SQRT(SUMPRODUCT((C2:C4-C5)^2,$B$2:$B$4)) =SQRT(SUMPRODUCT((D2:D4-D5)^2,$B$2:$B$4)) =SQRT(SUMPRODUCT((E2:E4-E5)^2,$B$2:$B$4))
COVARIANCE M & N N &O O & M
=SUMPRODUCT($B$2:$B$4,(C2:C4-C5),(D2:D4-D5)) =SUMPRODUCT($B$2:$B$4,(D2:D4-D5),(E2:E4-E5)) =SUMPRODUCT($B$2:$B$4,(E2:E4-E5),(C2:C4-C5))
PORTFOLIO RISK
M & N N &O O & M
STANDARD DEVIATION =((C6^2*0.5^2)+(D6^2*0.5^2)+(2*C10*0.5*0.5))^(1/2) =((D6^2*0.5^2)+(E6^2*0.5^2)+(2*D10*0.5*0.5))^(1/2) =((E6^2*0.5^2)+(C6^2*0.5^2)+(2*E10*0.5*0.5))^(1/2)

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