California Clinics, an investor-owned chain of ambulatory care clinics, just paid a dividend of $2 per share. The firm's dividend is expected to grow at a constant rate of 5% per year, and investors require a 15% rate of return on the stock.
What is the stock's value?
PO = D 1 / ( KS - G )
P PO = Price
D1 = The next dividend. D1 = D0 (1 + G)
KS = Rate of Return
G = Growth Rate=D1/(Ks-G)
P = 2.10 / (15% - 5%)
P = $
Suppose the riskiness of the stock decreases, which causes the required rate of return to fall to 13%. Under these conditions, what is the stock's value?
P = 2.10 / (13% - 5%)
P = $26.25
Return to the original 15% required rate of return and assume a dividend growth rate estimate increase to 7% per year, what is the stock value?
= 2 * 1.07 = 2.14
P = 2.14 / (15% - 7%)
P = $26.75
4.
Explain how each...
California Clinics To find out the stock's value with the information provided, the Gordon Growth Model would be used. The Gordon Growth Model is used to determine the price of a stock if the dividend, dividend growth rate and discount rate are all known. The underlying assumption behind the Gordon Growth Model is that the stock price is based on the expected future dividends -- investors are only investing for the
All other factors being equal, an investor will seek to maximize return for equivalent risk levels. This means that the investor will choose the investment that offers the best risk-return ratio. It is believed that for the most part, investors tend towards risk aversion. Often, decisions are made under conditions of uncertainty, and in this situation they will use perceived risk as their guidepost rather than objective risk, as
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