A) Standard deviations of return on stock X =24.33
Standard deviations of return on stock Y =13.23
Standard deviations of return on stock X
Economy |
Probability (P) |
Rate of return (%) |
(X - x̅) |
P(X - x̅)2 |
(I) |
(II) |
(III) |
(IV) |
(V) = (II) * (IV)2 |
Bear Market |
0.20 |
-20 |
-20-20=-40 |
0.20 * (-40)2 = 320 |
Normal Market |
0.50 |
18 |
18-20=-2 |
0.50* (-2)2 =2 |
Bull Market |
0.30 |
50 |
50-20=30 |
0.30*(30)2=270 |
Total ( ∑P(X - X̅)2) |
592 |
x̅ = Expected return of the stock X = 0.20*(-20) + 0.50*18+0.30*50
=20%
x= Return on investment of the stock x
=
=24.33
Standard deviations of return on stock Y
Standard deviations of return on stock Y
Economy |
Probability (P) |
Rate of return (%) |
(Y - Y̅) |
P(Y - Y̅)2 |
(I) |
(II) |
(III) |
(IV) |
(V) = (II) * (IV)2 |
Bear Market |
0.20 |
-15 |
-15-10=-25 |
0.20 * (-25)2 = 125 |
Normal Market |
0.50 |
20 |
20-10=10 |
0.50* (10)2=50 |
Bull Market |
0.30 |
10 |
10-10=0 |
0.30*(0)2=0 |
Total ( ∑P(Y - Y̅)2) |
175 |
Y̅ = Expected return of the stock Y = 0.20*(-15) + 0.50*20+0.30*10
=10%
Y= Return on investment of the stock y
=
=13.23
B) Expected Return on the portfolio when $9000 is invested in stock X and $1000 in stock Y = 19 %
Expected Return on portfolio = (Px * ERx) + (*Py * ERy)
= (0.90*20) + (0.10*10)
=19%
Note:
Investment in stock X=9000
Investment in stock Y=1000
Total investment = 9000+1000=10000
Px = Proportion of stock X=9000/10000=0.9 or 90%
Py = Proportion of stock Y=1000/10000=0.10 or 10%
ERx = Expected Return on stock x = 20
ERy = Expected Return on stock y = 10
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