Answer:
change of bond price increase is 13.96
so option D is correct
Explanation:
given data
face value bond = $1000
clean price = $980
coupon payment = $45 per six months
yield r = 6.87 % = 6.87/2 = 3.435% = 0.03435
time t = 7 ×2 = 14 year
to find out
change in the bond price
solution
we find bond price first so
we will apply here formula that is
bond price = coupon payment ( 1- [tex](1/1+r)^{t}[/tex] / r + ( face value/ [tex](1+r)^{t}[/tex] .............................1
put here all value
bond price = 45 ( 1- [tex](1/1+0.03435)^{14}[/tex] / 0.03435 + ( 1000 / [tex](1+0.03435)^{14}[/tex]
bond price = 1116.81
so here change in price is = bond price - clean price
change in price = 1116.81 - 980
change in price = $136.813
so change of price increase = change in price / clean price × 100
change of price increase =136.813 / 980 × 100
change of bond price increase is 13.96
so option D is correct