Answer:
By January 1, 2006 the price of the bonds=$50.675 M
Step-by-step explanation:
The price of a bond at any given time can be expressed as;
Current price=(Annual coupon×((1-(1/(1+r)^i)/r)+ (face value/(1+r)^i)
where;
i-maturity period, from 2005-2006=1 year
r-nominal yield to maturity rate=8%
coupon rate=10%
face value=$50 M
Annual coupon=(10/100)×50 M=5 M
replacing;
Current price=Annual coupon×((1-(1/(1+r)^i)/r + face value/(1+r)^i
(5 M×((1-(1/(1+0.08)^1)/0.08)+50/(1+0.08)^1
(5 M×(1-0.93)/0.08)+46.3
(5×0.875)+46.3=4.375+46.3=50.675 M
By January 1, 2006 the price of the bonds=$50.675 M