In: Finance
You are analyzing the after-tax cost of debt for a firm. You know that the firm’s 12-year maturity, 18.00 percent semiannual coupon bonds are selling at a price of $1,551.95. These bonds are the only debt outstanding for the firm.
What is the current YTM of the bonds? (Round final answer to 2 decimal places, e.g. 15.25%.)
YTM | % |
What is the after-tax cost of debt for this firm if it has a marginal tax rate of 34 percent? (Round intermediate calculations to 4 decimal places, e.g. 1.2514 and final answer to 2 decimal places, e.g. 15.25%.)
After-tax cost of debt | % |
What is the current YTM of the bonds and after-tax cost of debt for this firm if the bonds are selling at par? (Round intermediate calculations to 4 decimal places, e.g. 1.2514 and final answers to 2 decimal places, e.g. 15.25%.)
YTM | % | |
After-tax cost of debt | % |
Solution: | ||||
a. | Current YTM of the bonds | |||
YTM 10.00 % | ||||
Working Notes: | ||||
As the bond is paying coupon semi annually , its Ytm can be calculated by Excel or financial calculator | ||||
First we get the semi annual YTM | ||||
No. of period = years to maturity x no. of coupon in a year = 12 x 2 =nper = N = 24 | ||||
Face value of bond = FV= $1,000 as normal if par value details are not given | ||||
Price of the bond = PV = -$1551.95 | ||||
Semi-annual Coupon amount = PMT = coupon rate x face value/2 = 18% x $1,000 /2= $90 | ||||
For calculation YTM by excel | ||||
type above data in below format | ||||
=RATE(N,pmt,PV,FV) | ||||
=RATE(24,90,-1551.95,1000) | ||||
4.9999774% | ||||
=4.9999774% | ||||
The YTM calculated is semi annual | ||||
YTM annual = Semi annual YTM x 2 | ||||
YTM annual = 4.9999774% x 2 | ||||
YTM annual = 10.0000% | ||||
YTM annual bond =10.00% | ||||
Current YTM of the bond is 10.00% | ||||
b. | After-tax cost of debt 6.60 % | |||
Working Notes: | ||||
After-tax cost of debt | ||||
=Current YTM of the bond x ( 1 - tax rate) | ||||
=10.0000 % x ( 1 - 34%) | ||||
=10.0000 % x 0.66 | ||||
=6.60% | ||||
c. | YTM 18.00 % | |||
After-tax cost of debt 11.88 % | ||||
Working Notes: | ||||
Since the bond is selling at par , it current YTM must be equals to is coupon rate that is 18% lets check it. | ||||
As the bond is paying coupon semi annually , its Ytm can be calculated by Excel or financial calculator | ||||
First we get the semi annual YTM | ||||
No. of period = years to maturity x no. of coupon in a year = 12 x 2 =nper = N = 24 | ||||
Face value of bond = FV= $1,000 as normal if par value details are not given | ||||
Price of the bond = PV = -$1000 | ||||
Semi-annual Coupon amount = PMT = coupon rate x face value/2 = 18% x $1,000 /2= $90 | ||||
For calculation YTM by excel | ||||
type above data in below format | ||||
=RATE(N,pmt,PV,FV) | ||||
=RATE(24,90,-1000,1000) | ||||
9.0000000% | ||||
=9.00000% | ||||
The YTM calculated is semi annual | ||||
YTM annual = Semi annual YTM x 2 | ||||
YTM annual = 9.0000% x 2 | ||||
YTM annual = 18.0000% | ||||
YTM annual bond =18.00% | ||||
Current YTM of the bond is 18.00% | ||||
After-tax cost of debt | ||||
=Current YTM of the bond x ( 1 - tax rate) | ||||
=18.0000 % x ( 1 - 34%) | ||||
=18.0000 % x 0.66 | ||||
=11.88% | ||||
Please feel free to ask if anything about above solution in comment section of the question. |