Risk free rate of interest (krf) - U.S. 10 - year Treasury bond rate
2.58 %
Market risk premium
7.50 %
XYZ's beta (ß)
1.64
current annual dividend
$0.80
XYZ's 3 - year dividend growth rate (g)
9.20 %
Industry P / E ratio
15.65
XYZ's Earning per share
$ 4.87
CAPM (capital asset pricing model)
rj = rf + ß (rm - rf)
where:
Rj = expected return on asset j
Rf = ten year US Treasury rate (the risk free rate)
b = beta
rm = market return
rp = risk premium
CAPM or rj =
2.58%
+
( 1.64 * 7.50% )
As,
rp =
rm
- rf
CAPM or rj =
2.58%
+
( 1.64 * 7.50% )
CAPM or rj =
2.58 %
+
0.12
CAPM or rj =
10.08 %
Constant Growth model (CGM)
D1 =
Do
*
1
+
( - 0.092 )
D1 =
0.8
*
0.908
D1 =
0.7264
Po =
D1
Kj - g
$ 0.73
0.1008
-
- 0.092
Po =
$ 0.73
0.1928
Po =
$ 3.79
The current stock price is $ 76.28, which means that there is a difference of $ 80.07 between the stock prices calculated in the above method. Such a difference could be due to the following reasons that include the growth rate used in the calculations is -9.2 % while the current XYZ growth rate could be more than this rate, such a difference in the growth rate would result in a different price per share.
The per share price of XYZ had been increasing in the past, this increase in the share price might have lead impulsive and inexperienced investors to buy heavily into XYZ stock which might have been a factor in increasing the share price. In calculating the rate of return we have assumed a market risk premium (which is the difference between the market required rate of return and the risk-free rate of return) of 7.5 %, such an assumption is not accurate since the market risk ...