Bond pricing = V =?
Face value of bond = F = 1,000
Annual coupon payment (I) = 1,000 × 9% = 90
Yield to maturity (YTM) = 0.0701
Number of remaining years (n) from the date of bond pricing = 18
By the use of formula as below:
V = (I/YTM) [{(1 + YTM)^n – 1} / (1 + YTM)^n] + {F / (1 + YTM)^n}
= (90 / 0.0701) [{(1 + 0.0701)^18 – 1} / (1 + 0.0701)^18] + {1,000 / (1 + 0.0701)^18}
= 1283.88 [(1.0701^18 – 1) / 1.0701^18] + (1,000 / 1.0701^18)
= 1283.88 (2.385622 / 3.385622) + (1,000 / 3.385622)
= 1283.88 × 0.704633 + 295.366
= 904.66 + 295.366
= 1200.03
= 1,200 by rounding
Answer: Bond price is $1,200.
Answer: Since the bond price is higher than face value ($1,200 > $1,000), the bond would be issued at a premium. It is a premium bond.
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