Problem 5-1 Valuing Bonds
What is the dollar price of a zero coupon bond with 18 years to
maturity, semiannual compounding, and a par value of $1,000, if the
YTM is: (Do not round intermediate calculations and round
your answers to 2 decimal places, e.g., 32.16.)
Bond Price | |||
a. | 3 percent | $ | |
b. | 6 percent | $ | |
c. | 9 percent | $ | |
Solution
Let assemble the given information
Zero coupon bond Par value = $1000
Maturity = 18 Years
Compounding semi annually
As the Bond is zero coupon bond hence no interest is payable on bond and question has also mentioned it is also Semi-annually compounding
In such as a case where semi-annually compounding is given we need to multiple Maturity term by 2 and divide Interest rate by 2.
It means maturity term will be twice of 18 i.e. 36 semi-annually and given interest rate will be half
Question has asked to calculate the price of bond if YTM are as follow
1)3.00% or 2) 6.00% or 3)9.00%
Part (1)
If YTM is 3.00%,
Semi-annually rate will be = 3/2 i.e. 1.50%
Maturity is 18 year, semi-annually maturity = 18 *2 = 36
Po = Fo/(1+R)^T
Here,
Po is present value
Fo is future value
R is YTM
T is no of year for maturity,
Now put the given value in the formula
Po = Fo/(1+R)^T
=1000/(1+0.015)^36
=1000/1.7094
=$585
Part (2)
If YTM is 6.00%,
Semi-annually rate will be = 6/2 i.e. 3.00%
Maturity is 18 year, semi-annually maturity = 18 *2 = 36
Now put the given value in the formula
Po = Fo/(1+R)^T
=1000/(1+0.30)^36
=1000/2.8983
=$345.03
Part (3)
If YTM is 9.00%,
Semi-annually rate will be = 9/2 i.e. 4.50%
Maturity is 18 year, semi-annually maturity = 18 *2 = 36
Now put the given value in the formula
Po = Fo/(1+R)^T
=1000/(1+0.45)^36
=1000/4.8774
=$205.03
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