Both Bond Bill and Bond Ted have 11 percent coupons, make semiannual payments, and are priced at par value. Bond Bill has 3 years to maturity, whereas Bond Ted has 20 years to maturity. Both bonds have a par value of 1,000. If interest rates suddenly rise by 2 percent, what is the percentage change in the price of these bonds? (A negative answer should be indicated by a minus sign. Do not round intermediate calculations and enter your answers as a percent rounded to 2 decimal places, e.g., 32.16.)
Percentage change in price
Bond Bill %
Bond Ted %
If rates were to suddenly fall by 2 percent instead, what would be the percentage change in the price of these bonds? (Do not round intermediate calculations and enter your answers as a percent rounded to 2 decimal places, e.g., 32.16.)
Percentage change in price
Bond Bill %
Bond Ted %
Solution: | |||
Given: | |||
If Rates were to rise by 2% | |||
Bond Bill | Bond Ted | ||
Rate | 11% | 11% | |
Term i.e Nper | 6 Semiannual Payments | 40 Semiannual Payments | |
(3 Years *2 = 6) | (20 Years *2 = 40) | ||
Current price i.e Par value | $1000 | $1000 | |
New Yield Rise by 2% I.e RATE | 11%+2% = 13% =13%/2 i.e 6.5% semiannual | 11%+2% = 13% =13%/2 i.e 6.5% semiannual | |
Coupon Amount i.e PMT | $1000*11%/2 = $ 55 | $1000*11%/2 = $ 55 | |
Maturity value i.e FV | $1000 | $1000 | |
Bond Bill: | |||
Using the PV Function in excel we will calculate the Current price of Bond with the New yield i.e 13% | |||
PV(6.5%,6,$55,$1000,0) | |||
$951.589864430618 | |||
% change in price = (New Price - Old price)/Old Price *100 | |||
($951.59-$1000)/$1000*100 | |||
-0.04841 | |||
-4.841 | |||
% change in price for Bond Bill = -4.84% | |||
Bond Ted: | |||
Using the PV Function in excel we will calculate the Current price of Bond with the New yield i.e 13% | |||
PV(6.5%,40,$55,$1000,0) | |||
$858.544731326865 | |||
% change in price = (New Price - Old price)/Old Price *100 | |||
($858.54-$1000)/$1000*100 | |||
-14.146 | |||
% change in price for Bond Bill = -14.15% | |||
If Rates were to fall by 2% | |||
Bond Bill | Bond Ted | ||
Rate | 11% | 11% | |
Term i.e Nper | 6 Semiannual Payments | 40 Semiannual Payments | |
(3 Years *2 = 6) | (20 Years *2 = 40) | ||
Current price i.e Par value | $1000 | $1000 | |
New Yield Rise by 2% I.e RATE | 11%-2% = 9% = 9%/2 i.e 4.5% semiannual | 11%-2% = 9% = 9%/2 i.e 4.5% semiannual | |
Coupon Amount i.e PMT | $1000*11%/2 = $ 55 | $1000*11%/2 = $ 55 | |
Maturity value i.e FV | $1000 | $1000 | |
Bond Bill: | |||
Using the PV Function in excel we will calculate the Current price of Bond with the New yield i.e 9% | |||
PV(4.5%,6,$55,$1000,0) | |||
$1051.57872482707 | |||
% change in price = (New Price - Old price)/Old Price *100 | |||
($1051.58-$1000)/$1000*100 | |||
5.158 | |||
% change in price for Bond Bill = 5.16% | |||
Bond Ted: | |||
Using the PV Function in excel we will calculate the Current price of Bond with the New yield i.e 9% | |||
PV(4.5%,40,$55,$1000,0) | |||
$1184.0158442028 | |||
% change in price = (New Price - Old price)/Old Price *100 | |||
($1184.02-$1000)/$1000*100 | |||
18.402 | |||
% change in price for Bond Bill = 18.40% | |||
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