In: Finance
A bond has a 6% coupon with a face value of 100. Calculate its price for a yield-to-maturity of 5%, for each of the following maturities: a) 10 years b) 5 years c) 0 years Use these results to answer the following questions: Suppose the bond is sold today with ten years to maturity at a y-t-m of 5%. Assuming its y-t-m is unchanged, what would its price be five years from today? What about five years after that?
a)
Formula for Bond Price = C x [1-{1/ (1+r)n}/r ] +M/(1+r)n
M = Face Value = $100
C = Coupon amount = (Face Value x Coupon rate) / No. of coupon payments annually
= ($ 100 x 6 %)/1 = $ 6
r = Rate of interest = 5 % or 0.05 p.a.
n = No of periods to maturity = 10
[As no. of coupon payments in a year is not mentioned, let it be 1]
Bond Price = $ 6 x [1-{1/ (1+0.05)10}/0.05 ] + $ 100/ (1+0.05)10
= $ 6 x [1-{1/ (1.05)10}/0.05 ] + $ 100/ (1.05)10
= $ 6 x [1-{1/ 1.628895}/0.05] + $ 100/1.628895
= $ 6 x [(1- 0.613913)/0.05] + $ 61.39133
= $ 6 x [0.386087/0.05] + $ 61.39133
= $ 6 x 7.721735 + $ 61.39133
= $ 46.33041 + $ 61.39133
= $ 107.72
b)
If n = 5 years
Bond Price = $ 6 x [1-{1/ (1+0.05)5}/0.05 ] + $ 100/ (1+0.05)5
= $ 6 x [1-{1/ (1.05)5}/0.05 ] + $ 100/ (1.05)5
= $ 6 x [1-{1/ 1.276281563}/0.05] + $ 100/ 1.276281563
= $ 6 x [(1- 0.783526166)/0.05] + $ 78.35261665
= $ 6 x [0.216473834/0.05] + $ 78.35261665
= $ 6 x 4.329476671 + $ 78.35261665
= $ 25.97686002 + $ 61.39133
= $ 104.33
c)
If n = 0
Bond Price = $ 6 x [1-{1/ (1+0.05)0}/0.05 ] + $ 100/ (1+0.05)0
= $ 6 x [1-(1/1)/0.05] + $ 100/1
= $ 6 x [(1 – 1)/0.05] + $ 100
= $ 6 x 0 + $ 100 = $ 100
Price of bond will be $ 107.72 if sold today with 10 years to maturity at YTM of 5 %.
Price of bond will be $ 104.33 if sold today with 5 years from today.
Price of bond will be $ 100 if sold 5 years after that.