Beta |
STD (annual) |
Forecast for Nov 2008 |
||
Dividend |
Stock Price |
|||
Q |
0.45 |
35% |
$0.50 |
$45 |
R |
1.45 |
40% |
0 |
$75 |
S |
-0.20 |
40% |
$1.00 |
$20 |
Q5. See the table above:
Use a risk-free rate of 2.0% and an expected market return of 9.5%. The market’s standard deviation is 18%. Assume that the next dividend will be paid after one year, at t = 1.
Solution
The required return is given by CAPM as
E[r]= Risk_Free_Rate + beta*(Market_Return - Risk_Free_Rate)
For Stock Q:
E[r]= 0.02+0.45*(0.095-0.02)
= 0.05375 or 5.375%
For Stock R:
E[r]= 0.02+1.45*(0.095-0.02)
= 0.12875 or 12.875%
For Stock S:
E[r]= 0.02-0.20*(0.095-0.02)
= 0.005 or 5.000%
QUESTION B
The Gordon has given a model for uneven dividends which has terminal price. It is given as
P0 = D1/(1+r) + P1/(1+r)
P1 & D1 are next year price and dividends
Where r is the expected return. we have to use this r from above answers for each stock.
For Stock Q:
P0 = 0.5/(1+0.05375) + 45/(1+0.05375)
= $ 43.1791221827
For Stock R:
P0 = 0.0/(1+0.12875) + 75/(1+0.12875)
=$ 66.4451827243
For Stock S:
P0 = 1.0/(1+0.005) + 20/(1+0.005)
=$ 20.8955223881
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