1. The equation for CAPM is kj = Rf + [bj x (Rm - Rf)] where, kj = required retu
ID: 2668188 • Letter: 1
Question
1. The equation for CAPM is kj = Rf + [bj x (Rm - Rf)]
where,
kj = required return on asset j,
Rf = risk-free rate of return, (6%)
bj = beta coefficient for asset j, (1.75)
Rm = market return. (10%)
kj = Solve for required return on asset j
The equation for the Gordon Growth Model is,
2. Gordon Growth Model equation
where,
P0 = price of the common stock,
D1 = per share dividend expected at the end of year 1,
D0 = most recently paid dividend,
Ks = required return on common stock,
g = growth rate in dividends.
To calculate g, we have to assume that future dividend payments will grow at a constant rate into the future forever. This constant rate can be estimated by examining the average growth rate in the past. On a calculator,
Let,
PV = $ .86,
FV = $2.00,
n = 8.
Solve for i. i = the average growth rate. In this case i = g = Solve for this unknown
Plugging this growth rate into the Gordon Growth Model,
P0 = FV(1 + i) = Solve for this stock price
kj - i
3. This time,
Let,
PV = $1.42,
FV = $2.00,
n = 5.
Solve for i. i = g = Solve for this growth rate
Plugging this growth rate into the Gordon Growth Model,
P0 = FV(1 + i) / kj - i = Solve for this stock price
Please use Apple as the stock to do calculation.