ROE= 10% |
RR(plowback ratio)= 0.5 or 50% |
Growth rate= ROE*RR=10%*0.5=5% |
As per CAPM, |
Reqd. return, ke =RFR+(Beta*Market risk premium) |
where Market risk premium= Expected market portfolio return-RFR |
ie. Ke=5%+(1.2*(12%-5%))= |
13.40% |
With the above calculations |
we will calculate |
(a) the price at which ABC stock should sell |
given that the |
dividend at time 1, ie D1 is expected to be $2 per share |
using the dividend discount model , for constant growth of dividends, |
Price,P0=D1/(r-g) |
where, P0 is the price, we need to find |
D1= the next dividend given as $ 2 |
r- reqd. return on equity, ke . Found out above as per CAPM, ie.= 13.40% |
g= growth rate , found in the beginning as 5% |
now, putting all the values in the above formula, |
Price,P0=2/(13.40%-5%) |
23.81 |
(b)Present value of growth opportunities (PVGO) and explain what the value implies. |
If there is 0% growth , stock price above would have been, |
2/(13.4%-0%)= or simply, 2/13.4%----(PD1/r for PV of perpetuity , with 0 growth) |
14.93 |
So, the difference between the above numbers , is the PVGO |
ie. PVGO=23.81-14.93= |
8.88 |
It implies the investors' perception about the growth in company's earnings & prospects and consequent expression as means of increased required return. |
(c) Optimal plowback ratio of ABC company & stock value if the company uses this optimal plowback ratio. |
For any company, optimal plowback ratio , will be 100% , ie. 0% dividends pay-out-- |
then given this ROE of 10%, |
g=10%*100%= |
10.00% |
Then stock price will be |
P0=2/(13.4%-10%) |
58.82 |
(d) Assuming the company has a return on equity equal to 15% instead of 10%,other parameters same as in 1. |
now, growth rate= ROE*RR will be |
g=15%*0.5 |
7.50% |
Then stock price will be |
P0=2/(13.4%-7.5%)= |
33.90 |
Here, if we have 100% plowback, |
g will be 15%*100%= 15% |
Then stock price = |
P0=2/(13.4%-15%)= |
-125.00 |
when plow back increases. Growth rate increases , stock price increases. |
when ROE increases above investor's reqd. return, stock price becomes negative. |
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