In: Finance
An investor has two bonds in his portfolio that have a face value of $1,000 and pay an 11% annual coupon. Bond L matures in 12 years, while Bond S matures in 1 year.
7% | 9% | 12% | |
Bond L | $ | $ | $ |
Bond S | $ | $ | $ |
choose 1 of the above
A. The FV of bond is : $1000
PMT = 11% * $1000
= $110
N = 12 Years
I/Y = 7%
So, the present value of bond is : $1,317.7075
= $1318 ( ROUNDED OFF TO THE NEAREST CENTS)
When the interest rate is 9%,the present value of bond is :
= ($1143.2145)
= ($1143) ( ROUNDED OFF TO THE NEAREST CENTS)
When the interest rate is 12%,the present value of bond is :
= ($938.0563)
= ($938) ( ROUNDED OFF TO THE NEAREST CENTS)
The maturity of bond S is 1 year,so N = 1 year
When the interest rate is 7%, the present value is :
= ($1037.3832)
= ($1037) ( ROUNDED OFF TO THE NEAREST CENTS)
When the interest rate is 9%, the present value is :
= ($1018.3486)
= ($1018) ( ROUNDED OFF TO THE NEAREST CENTS)
When the interest rate is 12%, the present value of bond is :
= ($991.0714)
= ($991) ( ROUNDED OFF TO THE NEAREST CENTS)
B. The longer term bonds have a higher interest rate risk hence the price of the long term bond varies more than the short term bonds.
So, the correct option is option IV.
The other options are incorrect, the long term bonds have a higher interest rate risk, it has a higher reinvestment risk,as the bonds maturity increases, the changes in the price of the bond due to the changes in the required return is higher.