Face value (F) = redemption value (C) = $25400
Semiannual coupon rate (r) = 0.075/2 = 0.0375
Semiannual yield rate (j) = 0.095/2 = 0.0475
Number of compounding periods till maturity: 30-5 = 25
Number of days since the last coupon = 106
Number of days in a coupon period = 184
Therefore t = 106/184
Therefore the accrued interest is:
tFr = (106/184)(25400)(0.0375) = 548.72
The market price = (price plus accrued at time t) - accrued interest
Price plus accrued at time t = (P(0))((1+j)^t) - tFr
P(0) = F + F(r-j)(PV factor with n=25 and j = 0.0475)
P(0) = 25400 + 25400 (0.0375-0.0475)(14.45) = 21728.69
Therefore the market price is:
21728.69(1.0475^(106/184))-548.72 = 21768.70
Problem # 1: A bond issued on February 1, 2004 with face value of S25400 has...
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