In: Finance
Kilgore Natural Gas has a $1,000 par value bond outstanding that
pays 13 percent annual interest. The current yield to maturity on
such bonds in the market is 14 percent. Use Appendix B and Appendix
D for an approximate answer but calculate your final answer using
the formula and financial calculator methods.
Compute the price of the bonds for these maturity dates:
(Do not round intermediate calculations. Round your final
answers to 2 decimal places. Assume interest payments are
annual.)
Bond Price | ||
a. | 30 years | |
b. | 15 years | |
c. | 9 years |
Bond Price | ||||||||
a. | 30 Years | $ 929.97 | ||||||
Working: | ||||||||
Price of bond is the present value of cash flows from bond which is calculated as follows: | ||||||||
Price of bond | = | =-pv(rate,nper,pmt,fv) | ||||||
= | $ 929.97 | |||||||
Where, | ||||||||
pv | Present value of cash flows from bond | = | ? | |||||
rate | Yield to maturity | = | 14% | |||||
nper | Number of period | = | 30 | |||||
pmt | Coupon payment | = | 1000*13% | = | $ 130 | |||
fv | Par Value | = | $ 1,000 | |||||
Bond Price | ||||||||
b. | 15 Years | $ 938.58 | ||||||
Working: | ||||||||
Price of bond | = | =-pv(rate,nper,pmt,fv) | ||||||
= | $ 938.58 | |||||||
Where, | ||||||||
pv | Present value of cash flows from bond | = | ? | |||||
rate | Yield to maturity | = | 14% | |||||
nper | Number of period | = | 15 | |||||
pmt | Coupon payment | = | 1000*13% | = | $ 130 | |||
fv | Par Value | = | $ 1,000 | |||||
Bond Price | ||||||||
c. | 9 Years | $ 950.54 | ||||||
Working: | ||||||||
Price of bond | = | =-pv(rate,nper,pmt,fv) | ||||||
= | $ 950.54 | |||||||
Where, | ||||||||
pv | Present value of cash flows from bond | = | ? | |||||
rate | Yield to maturity | = | 14% | |||||
nper | Number of period | = | 9 | |||||
pmt | Coupon payment | = | 1000*13% | = | $ 130 | |||
fv | Par Value | = | $ 1,000 | |||||