In: Finance
A 30-year maturity, 8.9% coupon bond paying coupons semiannually is callable in five years at a call price of $1,145. The bond currently sells at a yield to maturity of 7.9% (3.95% per half-year). |
a. |
What is the yield to call? (Do not round intermediate calculations. Round your answer to 2 decimal places.) |
Yield to call | % |
b. |
What is the yield to call if the call price is only $1,095? (Do not round intermediate calculations. Round your answer to 2 decimal places.) |
Yield to call | % |
c. |
What is the yield to call if the call price is $1,145 but the bond can be called in two years instead of five years? (Do not round intermediate calculations. Round your answer to 2 decimal places.) |
Yield to call | % |
K = Nx2 |
Bond Price =∑ [(Semi Annual Coupon)/(1 + YTM/2)^k] + Par value/(1 + YTM/2)^Nx2 |
k=1 |
K =30x2 |
Bond Price =∑ [(8.9*1000/200)/(1 + 7.9/200)^k] + 1000/(1 + 7.9/200)^30x2 |
k=1 |
Bond Price = 1114.2 |
a
K = Time to callx2 |
Bond Price =∑ [(Semi Annual Coupon)/(1 + YTC/2)^k] + Call Price/(1 + YTC/2)^Time to callx2 |
k=1 |
K =5x2 |
1114.2 =∑ [(8.9*1000/200)/(1 + YTC/200)^k] + 1145/(1 + YTC/200)^5x2 |
k=1 |
YTC% = 8.44 |
b
K = Time to callx2 |
Bond Price =∑ [(Semi Annual Coupon)/(1 + YTC/2)^k] + Call Price/(1 + YTC/2)^Time to callx2 |
k=1 |
K =5x2 |
1114.2 =∑ [(8.9*1000/200)/(1 + YTC/200)^k] + 1095/(1 + YTC/200)^5x2 |
k=1 |
YTC% = 7.7 |
c.
K = Time to callx2 |
Bond Price =∑ [(Semi Annual Coupon)/(1 + YTC/2)^k] + Call Price/(1 + YTC/2)^Time to callx2 |
k=1 |
K =2x2 |
1114.2 =∑ [(8.9*1000/200)/(1 + YTC/200)^k] + 1145/(1 + YTC/200)^2x2 |
k=1 |
YTC% = 9.28 |