Let coupon rate be c
yield=3c
Coupon=Coupon rate*Face Value=504000c
Present value of redemption=504000/(1+3c)^n
Present value of coupon=504000c/3c*(1-1/(1+3c)^n)
Given,
Present value of redemption=3*Present value of coupon
Hence,
504000/(1+3c)^n=3*504000c/3c*(1-1/(1+3c)^n)
=>1/(1+3c)^n=(1-1/(1+3c)^n)
=>1/(1+3c)^n=1/2
=>(1+3c)^n=2
Hence,
Present value of redemption=504000/(1+3c)^n=504000/2=252000
Present value of coupon=1/3*Present value of redemption=1/3*252000=84000
Price of bond=Present value of coupon+Present value of redemption=252000+84000=336000
Problem #2: A bond has a face value (and redemption value) of $504,000, and pays coupons...
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A bond with a redemption value of £100 pays coupons of £1.50 semi-annually (i.e. the bond holder receives £1.50 twice per year), with the first coupon due in half a year. The bond will mature in ten years’ time. It is currently selling for £95.25. By using interpolation method, compute the redemption yield (annual effective).
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