1 a). KLM has a semiannual bond with a coupon rate of 11 percent. The bonds mature in 20 years and have a par value of $1000. If these bonds currently sell for $1035, what is the yield to maturity?
b). Loveday and Co. common stock is currently selling 99. Industry analysts are forecasting a dividend of 3.70 for next year and a growth rate of 5 percent per year for the foreseeable future. What is the expected annual rate of return (in percentage) for the stock?
Please show work
1 a) YTM = 10.64% (See explanation below) | ||||||||
b). Expected annual rate of return = 8.74% | ||||||||
1 a) | ||||||||
YTM = [C + {(F - P)/n}] / [{(F + P)/2}] | ||||||||
Where, | ||||||||
C = Coupon or interest payment | ||||||||
F = Face value | ||||||||
P = Price | ||||||||
n = Years to maturity | ||||||||
Given, | ||||||||
Coupon rate = 11% | ||||||||
F = $1000 | ||||||||
P = $1035 | ||||||||
n = 20years | ||||||||
Since bond is paying semiannual coupon, so | ||||||||
Coupon rate = 11/2 = 5.5% | ||||||||
n = 20 * 2 = 40 period | ||||||||
Now, | ||||||||
C = $1000 * 5.5% = $55 | ||||||||
Now by applying the above formula | ||||||||
Semiannual YTM = [$55 + {($1000 - $1035)/40}] / [{($1000 + $1035)/2}] | ||||||||
Semiannual YTM = {$55 + (-$0.875)} / $1017.5 | ||||||||
Semiannual YTM = ($55 - $0.875) / $1017.5 | ||||||||
Semiannual YTM = $54.125 / $1017.5 | ||||||||
Semiannual YTM = 0.053194 | ||||||||
Now, YTM = Semiannual YTM * 2 | ||||||||
YTM = 0.053194 * 2 | ||||||||
YTM = 0.106388 | ||||||||
YTM = 10.64% | ||||||||
Alternatively, | ||||||||
YTM = (1 + Semiannual YTM)^2 - 1 | ||||||||
YTM = (1 + 0.053194)^2 - 1 | ||||||||
YTM = 1.1092176 - 1 | ||||||||
YTM = 10.92% | ||||||||
b). | ||||||||
By using Gordon growth model (GGM) we can calculate expected annual rate of return. | ||||||||
As per GGM, | ||||||||
Price per share = D1/(Re-g) | ||||||||
Where, | ||||||||
D1 = The estimated value of next year’s dividend | ||||||||
Re = The company’s cost of capital equity (expected annual rate of return) | ||||||||
g = The constant growth rate for dividends, in perpetuity | ||||||||
Given, | ||||||||
Price = 99 | ||||||||
D1 = 3.70 | ||||||||
g = 5% | ||||||||
Now according to above formula | ||||||||
99 = 3.70/(Re - 0.05) | ||||||||
or, (Re - 0.05) = 3.70/99 | ||||||||
or, (Re - 0.05) = 0.0373737 | ||||||||
or, Re = 0.0373737 + 0.05 | ||||||||
or, Re = 0.0873737 | ||||||||
or, Re= 8.74% | ||||||||
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