As the payment is of semi-annual then the
(As nothing is mentioned in the question, it is assumed that the Face Value (FV) is $ 1,000
So the current price of the bond =
C(1−(1+y)-n)/y + F/(1+y)n
F = Face value
C= Coupon amount
n = number of coupon payments
Y= Yield
Current bond price
= 40(1-(1+0.06)-20)/0.06 + 1,000/(1+ 0.06)20
= 40(1- 0.312)/0.06 + 1,000 × 0.312
=40 × 0.688 / 0.06 + 312
= $(458.67 + 312)
=$770.67
So the current bond price is $ 770.67
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