In: Finance
| Solution: | |||
| Answer is C. 928 | |||
| Working Notes: | |||
| Notes: | Value of bond is the cash flow during the remaining life of bond , after two year life remain will be 13 YEARS and market rate will be 10% so the cash flows will be discount at this 10% to get bond value( the present value of all cash flows ) | ||
| Bond Price = Periodic Coupon Payments x Cumulative PVF @ periodic YTM (for t= to t=n) + PVF for t=n @ periodic YTM x Face value of Bond | |||
| Coupon Rate = 9% | |||
| [Coupon rate does not change it will remain same] | |||
| Annual coupon = Face value of bond x Coupon Rate = 1,000 x 9% = $90 | |||
| Semi annual coupon = Annual coupon / 2 = $90/2=$45 | |||
| YTM= 10% p.a (annual) | |||
| Semi annual YTM= 10%/2 = 5% | |||
| Notes: | YTM at end of 2nd year becomes 10% | ||
| n= no.of coupon = No. Of years x no. Of coupon in a year | |||
| = (15-2) x 2 = 26 | |||
| Bond Price = Periodic Coupon Payments x Cumulative PVF @ periodic YTM (for t= to t=n) + PVF for t=n @ periodic YTM x Face value of Bond | |||
| = $45 x Cumulative PVF @ 5% for 1 to 26th + PVF @ 5% for 26th period x 1,000 | |||
| = 45 x 14.3751853 + 1000 x 0.281240735 | |||
| =$928.1240735 | |||
| =$928 | |||
| Cumulative PVF @ 5 % for 1 to 26th is calculated = (1 - (1/(1 + 0.05)^26) ) /0.05 = 14.3751853 | |||
| PVF @ 5% for 26th period is calculated by = 1/(1+i)^n = 1/(1.05)^26 =0.281240735 | |||
| Please feel free to ask if anything about above solution in comment section of the question. | |||