In: Finance
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Ying Import has several bond issues outstanding, each making semiannual interest payments. The bonds are listed in the following table. |
| Bond | Coupon Rate | Price Quote | Maturity | Face Value | |||||||||||
| 1 | 5.9 | % | 105.66 | 5 | years | $ | 51,000,000 | ||||||||
| 2 | 7.5 | 114.42 | 8 | years | 46,000,000 | ||||||||||
| 3 | 7.4 | 112.97 | 15.5 | years | 66,000,000 | ||||||||||
| 4 | 6.7 | 102.21 | 25 | years | 73,000,000 | ||||||||||
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If the corporate tax rate is 21 percent, what is the aftertax cost of the company’s debt? |
| Solution: | ||||
| After-tax cost of the company’s debt | 4.53 | % | ||
| Working Notes: | ||||
| Calculation of market value of debt and its weight in the total debt | ||||
| [(Quote/Face value per bond) x total face value] | [Market value / total market value 255,693,300] | |||
| Bond | Price Quote | Face value | Market value | Weight |
| 1 | 105.66 | 51,000,000 | 53,886,600 | 0.210747016 |
| [(105.66/100) x 51,000,000] | [53,886,600/255,693,300] | |||
| 2 | 114.42 | 46,000,000 | 52,633,200 | 0.20584505 |
| 3 | 112.97 | 66,000,000 | 74,560,200 | 0.291600132 |
| 4 | 102.21 | 73,000,000 | 74,613,300 | 0.291807803 |
| Total | 255,693,300 | 1 | ||
| Since these bond are paying semi annual coupon , means twice a year. Its YTM can be exactly calculated by financial calculator or excel method here we use excel method. | ||||
| BOND 1 | ||||
| No. of period = years to maturity x no. of coupon in a year = 5 x 2 =nper = N = 10 | ||||
| Face value of bond = FV= $51000000 | ||||
| Price of the bond =Market value of bond= PV = -$53886600 | ||||
| Semi-annual Coupon amount = PMT = coupon rate x face value/2 = 5.9% x 51,000,000/2= $1,504,500 | ||||
| For calculation YTM by excel | ||||
| type above data in below format | ||||
| =RATE(N,pmt,PV,FV) | ||||
| =RATE(10,1504500,-53886600,51000000) | ||||
| 0.023096405 | ||||
| =2.30964046% | ||||
| The YTM calculated is semi annual | ||||
| Annual YTM Bond 1 = Semi annual YTM x 2 | ||||
| Annual YTM Bond 1 = 2.30964046% x 2 | ||||
| Annual YTM Bond 1 = 4.61928092% | ||||
| BOND 2 | ||||
| No. of period = years to maturity x no. of coupon in a year = 8 x 2 =nper = N = 16 | ||||
| Face value of bond = FV= $46000000 | ||||
| Price of the bond =Market value of bond= PV = -$52633200 | ||||
| Semi-annual Coupon amount = PMT = coupon rate x face value/2 = 7.5% x 46,000,000/2=$1725000 | ||||
| For calculation YTM by excel | ||||
| type above data in below format | ||||
| =RATE(N,pmt,PV,FV) | ||||
| =RATE(16,1725000,-52633200,46000000) | ||||
| 0.026339003 | ||||
| =2.633900285% | ||||
| The YTM calculated is semi annual | ||||
| Annual YTM Bond 2 = Semi annual YTM x 2 | ||||
| Annual YTM Bond 2 = 2.633900285% x 2 | ||||
| Annual YTM Bond 2 = 5.2678006% | ||||
| BOND 3 | ||||
| No. of period = years to maturity x no. of coupon in a year = 15.5 x 2 =nper = N = 31 | ||||
| Face value of bond = FV= $66000000 | ||||
| Price of the bond =Market value of bond= PV = -$ | ||||
| Semi-annual Coupon amount = PMT = coupon rate x face value/2 = 7.4% x 66,000,000/2=$2442000 | ||||
| For calculation YTM by excel | ||||
| type above data in below format | ||||
| =RATE(N,pmt,PV,FV) | ||||
| =RATE(31,2442000,-74560200,66000000) | ||||
| 0.030474262 | ||||
| =3.047426156% | ||||
| The YTM calculated is semi annual | ||||
| Annual YTM Bond 3 = Semi annual YTM x 2 | ||||
| Annual YTM Bond 3 = 3.047426156%x 2 | ||||
| Annual YTM Bond 3 = 6.0948523% | ||||
| BOND 4 | ||||
| No. of period = years to maturity x no. of coupon in a year = 25 x 2 =nper = N = 50 | ||||
| Face value of bond = FV= $73000000 | ||||
| Price of the bond =Market value of bond= PV = -$ | ||||
| Semi-annual Coupon amount = PMT = coupon rate x face value/2 = 6.7% x 73,000,000/2=$2445500 | ||||
| For calculation YTM by excel | ||||
| type above data in below format | ||||
| =RATE(N,pmt,PV,FV) | ||||
| =RATE(50,2445500,-74613300,73000000) | ||||
| 0.032598224 | ||||
| =3.259822408% | ||||
| The YTM calculated is semi annual | ||||
| Annual YTM Bond 4 = Semi annual YTM x 2 | ||||
| Annual YTM Bond 4 =3.259822408%x 2 | ||||
| Annual YTM Bond 4 = 6.5196448% | ||||
| Now | We calculate pre tax cost of debt | |||
| Pre tax cost of debt = Sum of (weight x Annual YTM) | ||||
| A = Calculated above | B= see above | C= A x B | ||
| Bond | Annual YTM | Weight | Pre tax cost of Bond | |
| 1 | 4.6192809% | 0.210747016 | 0.97349967% | D |
| 2 | 5.2678006% | 0.205845050 | 1.08435068% | E |
| 3 | 6.0948523% | 0.291600132 | 1.77725973% | F |
| 4 | 6.5196448% | 0.291807803 | 1.90248322% | G |
| Pre tax cost of debt | 5.73759330% | H= D+E+F+G | ||
| Aftertax cost of the company’s debt | ||||
| =Pre tax cost of debt x (1- tax rate) | ||||
| =5.7375933% x (1-0.21) | ||||
| =4.5326987% | ||||
| =4.53% | ||||
| Please feel free to ask if anything about above solution in comment section of the question. | ||||