Using DDM, calculate the implied return on equity:
D0=$2.00, g=6%, P0=$40
D0=$8.00, g=-5%, P0=$100
D1=$1.00, g=4%, P0=$12.50
D1=$5.00, g=-6%, P0=$40
D1=$2.00, g=0%, P0=$20
P0 = | Price of Share | |
D1 = | Current Dividend | |
Ke = | Cost of Equity | |
g = | growth rate | |
a) | P0 = | D1 / (Ke - g) |
40 = | 2.12 / (Ke- 6%) | |
Ke - 6% = | 2.12 / 40 | |
Ke - 6% = | 0.053 | |
Ke = | 5.3% + 6% | |
Ke = | 11.30% | |
D1 = | D0 * (1 + g) | |
D1 = | 2 * (1 + 6.00%) | |
D1 = | 2.12 | |
b) | P0 = | D1 / (Ke - g) |
100 = | 7.60 / (Ke + 5%) | |
Ke + 5% = | 7.60 / 100 | |
Ke = | 7.6% - 5% | |
Ke = | 2.60% | |
D1 = | D0 * (1 + g) | |
D1 = | 8 * (1 - 5.00%) | |
D1 = | 7.60 | |
c) | P0 = | D1 / (Ke - g) |
12.50 = | 1 / (Ke - 4%) | |
Ke - 4% = | 1 / 12.50 | |
Ke - 4% = | 8% | |
Ke = | 12.00% | |
d) | P0 = | D1 / (Ke - g) |
40 = | 5 / (Ke + 6%) | |
Ke + 6% = | 5 / 40 | |
Ke + 6% = | 12.50% | |
Ke = | 6.50% | |
e) | P0 = | D1 / (Ke - g) |
20 = | 2 / (Ke - 0%) | |
Ke = | 2 / 20 | |
Ke = | 10.00% |
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