In: Accounting
4. Consider a bank stock that you want to value using a 3-stage DDM:
a) Calculate the DDM value of the bank if last year’s dividend (i.e. Div0) was $3.50 and you
project the dividend will grow at 10%, 5%, and 2% for year 1-5, 6-10, and 11- infinity,
respectively. The bank’s cost of equity is 8.5%.
b) Instead of paying a dividend for years 1 – 5, the bank could spend the cash on acquiring
a competitor, which would raise the bank’s dividend to $5.00 in year 6, growing at 10%
until year 20, after which (i.e. year 21 to infinity) the growth rate would drop to 2%.
Should the bank engage in the acquisition, why or why not?
Solution a) The bank has paid $3.50 as last years' dividend, therefore D0 = 3.50
Step 1: To calculate the Present Value of expected dividends for First Year to Tenth Year
Therefore, D1 = D0 (1+g)
Where, D1 is the expected dividend to be paid at the
end of year 1
g = growth rate
D0 = Last years' dividend
| 
 Year  | 
 Dividend $  | 
 Discounting Factor @ 8.5%  | 
 Present Value of Dividends $  | 
| 
 1  | 
 3.8500  | 
 0.9217  | 
 3.548  | 
| 
 2  | 
 4.2350  | 
 0.8495  | 
 3.597  | 
| 
 3  | 
 4.6585  | 
 0.7829  | 
 3.647  | 
| 
 4  | 
 5.1244  | 
 0.7216  | 
 3.698  | 
| 
 5  | 
 5.6368  | 
 0.6650  | 
 3.749  | 
| 
 6  | 
 5.9186  | 
 0.6129  | 
 3.628  | 
| 
 7  | 
 6.2146  | 
 0.5649  | 
 3.511  | 
| 
 8  | 
 6.5253  | 
 0.5207  | 
 3.398  | 
| 
 9  | 
 6.8515  | 
 0.4799  | 
 3.288  | 
| 
 10  | 
 7.1941  | 
 0.4423  | 
 3.182  | 
| 
 Total Present Value of Dividends $  | 
 35.245  | 
Step 2: Calculation of the value of the share at the end of year 10 when the dividend is growing at a constant rate.
D11 = D10( 1+g) = 7.1941 ( 1 + 0.02 ) = $7.3380
Using constant growth Model,
P10 = D11 / (Ke - g)
Where, P10 is the price of the share at the end of
Tenth Year
  D11 is the expected dividend at the end of
year 11
g is the growth rate at which share is expected to grow constantly
i.e 2%
Ke is the rate of return expected by the investors i.e.
8.50%
Therefore, P10 = 7.3380/ (0.085- 0.02) = $112.8924
Step 3: Calculation of the Present value of the share at the end of year 10 when the dividend is growing at a constant rate
P10 * discounting factor @ 8.50% for the Tenth Year
= $112.8924 * 0.4423 = $49.93
Step 4: Calculation of the price of the share today
P0 = (Present Value of the dividends from first year to tenth year) + (Calculation of the Present value of the share at the end of year 10)
= $35.245 + $49.93
= $85.176
Hence, the price of the stock today is $85.176.
Solution b) The bank has paid $5 at the end of Fifth Year, therefore D5 = $5
Step 1: To calculate the Present Value of expected dividends for First Year to Twentieth Year:
| 
 Year  | 
 Dividend $  | 
 Discounting Factor @ 8.5%  | 
 Present Value of Dividends $  | 
| 
 1  | 
 0.0000  | 
 0.9217  | 
 0.000  | 
| 
 2  | 
 0.0000  | 
 0.8495  | 
 0.000  | 
| 
 3  | 
 0.0000  | 
 0.7829  | 
 0.000  | 
| 
 4  | 
 0.0000  | 
 0.7216  | 
 0.000  | 
| 
 5  | 
 0.0000  | 
 0.6650  | 
 0.000  | 
| 
 6  | 
 5.0000  | 
 0.6129  | 
 3.065  | 
| 
 7  | 
 5.5000  | 
 0.5649  | 
 3.107  | 
| 
 8  | 
 6.0500  | 
 0.5207  | 
 3.150  | 
| 
 9  | 
 6.6550  | 
 0.4799  | 
 3.194  | 
| 
 10  | 
 7.3205  | 
 0.4423  | 
 3.238  | 
| 
 11  | 
 8.0526  | 
 0.4076  | 
 3.283  | 
| 
 12  | 
 8.8578  | 
 0.3757  | 
 3.328  | 
| 
 13  | 
 9.7436  | 
 0.3463  | 
 3.374  | 
| 
 14  | 
 10.7179  | 
 0.3191  | 
 3.421  | 
| 
 15  | 
 11.7897  | 
 0.2941  | 
 3.468  | 
| 
 16  | 
 12.9687  | 
 0.2711  | 
 3.516  | 
| 
 17  | 
 14.2656  | 
 0.2499  | 
 3.564  | 
| 
 18  | 
 15.6921  | 
 0.2303  | 
 3.614  | 
| 
 19  | 
 17.2614  | 
 0.2122  | 
 3.664  | 
| 
 20  | 
 18.9875  | 
 0.1956  | 
 3.714  | 
| 
 Total Present Value of Dividends $  | 
 $50.698  | 
Step 2: Calculation of the value of the share at the end of year 20 when the dividend is growing at a constant rate.
D21 = D20( 1+g) = 18.9875 ( 1 + 0.02 ) = $19.3672
Using constant growth Model,
P20 = D21 / (Ke - g)
Where, P20 is the price of the share at the end of
Twentieth Year
  D21 is the expected dividend at the end of
year 21
g is the growth rate at which share is expected to grow constantly
i.e 2%
Ke is the rate of return expected by the investors i.e.
8.50%
Therefore, P20 = 19.3672/ (0.085- 0.02) = $297.958
Step 3: Calculation of the Present value of the share at the end of year 20 when the dividend is growing at a constant rate
P20 * discounting factor @ 8.50% for the Twentieth Year
= $297.958 * 0.1956 = $58.285
Step 4: Calculation of the price of the share today
P0 = (Present Value of the dividends from first year to Twentieth year) + (Calculation of the Present value of the share at the end of year 20)
= $50.698 + $58.285
= $108.983
Hence, the price of the stock today is $108.983.
As the Value of the Share is higher for the second option, the bank is recommended to engage in the acquisition.