In: Finance
Bond Dave has a 8 percent coupon rate, makes semiannual payments, a 8 percent YTM, and 27 years to maturity. If interest rates suddenly rise by 4 percent, what is the percentage change in the price of Bond Dave? Enter the answer with 4 decimals (e.g. 0.0123).
Solution: | ||||
Change in the price of Bond Dave =-0.3190 | ||||
Working Notes: | ||||
Currently coupon rate is 8 % and YTM is also 8% which means bond current price is at par value that is $1000 | ||||
But when interest rate rise by 4 % means YTM becomes = 8%+4% =12% | ||||
Now YTM becomes higher than Coupon rate of 8%, bond price will fall | ||||
Bond Dave price =$681.00048860 | ||||
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 = 8% | ||||
Annual coupon = Face value of bond x Coupon Rate = 1,000 x 8% = $80 | ||||
Semi annual coupon = Annual coupon / 2 = $80/2=$40 | ||||
YTM= 12% p.a (annual) | ||||
Semi annual YTM= 12%/2 = 6% | ||||
n= no.of coupon = No. Of years x no. Of coupon in a year | ||||
= 27 x 2 =54 | ||||
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 | ||||
= $40x Cumulative PVF @ 6% for 1 to 54th + PVF @ 6% for 54th period x 1,000 | ||||
= 40 x 15.94997554 + 1000 x 0.043001467 | ||||
=$681.00048860 | ||||
Cumulative PVF @ 6 % for 1 to 54th is calculated = (1 - (1/(1 + 0.06)^54) ) /0.06 = 15.94997554 | ||||
PVF @ 6% for 54th period is calculated by = 1/(1+i)^n = 1/(1.06)^54 =0.043001467 | ||||
Percentage change in price = (New price – Original price) / Original price | ||||
% change in price Bond Dave=(681.00048860-1000)/1000 | ||||
=-0.318999511 | ||||
= -0.3190 | ||||
Please feel free to ask if anything about above solution in comment section of the question. |