Question

In: Accounting

4. Consider a bank stock that you want to value using a 3-stage DDM: a) Calculate...

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?

Solutions

Expert Solution

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.


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