BondPrice=C×1−(1+r)−nr+F(1+r)nBond Price= C \times \frac {1- (1+r)-n} {r} + \frac {F} {(1+r)n}BondPrice=C×r1−(1+r)−n+(1+r)nF
When semi annual payments are made, n which is the number of periods to maturity is doubled while r which is the yield of the bond is halved
n=10×2=20n= 10 \times 2= 20n=10×2=20
FV=1000FV= 1000FV=1000
PMT=1002=50PMT= \frac {100} {2}= 50PMT=2100=50
r=132=6.5r= \frac {13} {2}= 6.5%r=213=6.5
Therefore PV = $ 834.72
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