You are considering buying a bond that will be issued today. It will mature in m years. The annual coupon rate is n%. Face value is $1,000. The annual market rate is (n 1)%. a) What is the capital gains yield at exactly a year before the bond matures, when only one coupon and face value are left to be paid, if the market rate stays the same through the years

Respuesta :

Answer:

[tex]1,000(1+n) - \frac{1,000(1+n)}{1+n_1} = $Capital Gain[/tex]

Explanation:

the capital gain will be the difference bewtween the discounted coupon payment and maturity:

being maturity 1,000 and coupon payment 1,000 x n

the casflow to discount will be 1,000(1+n)

This will be discounted at the market rate n1

Leading to the following expression:

[tex]PV = \frac{1,000(1+n)}{1+n_1}[/tex]

The capital gain is the difference between this expression and the 1,000(1+n) we received at the end of the life:

[tex]1,000(1+n) - \frac{1,000(1+n)}{1+n_1} = $Capital Gain[/tex]