Price of bond is equal to present value of coupon payments plus present value of par value. | ||||||||
We have the following information | ||||||||
Semi annual coupon rate | 4% | 8%/2 | ||||||
Semi annual coupon amount | 40 | 1000*4% | ||||||
Face value | 1000 | |||||||
Semi annual current yield | 4.13805% | 8.2761%/2 | ||||||
Number of payments | 10 | 5*2 | ||||||
Price of bond = 40*PVAD(i=4.13805%,n=10)+1000*PV(i=4.13805%,n=10) | ||||||||
Price of bond = 40*PVIFA(i=4.13805%,n=10)+1000*(1/(1.0413805^10)) | ||||||||
Price of bond = 40*8.05544+1000*0.6666618 | ||||||||
Price of bond | $988.88 | |||||||
Calculation of PVAD | ||||||||
PVAD = (1-(1+r^-N)/r | ||||||||
PVAD = (1-(1.0413805^-10))/0.0413805 | ||||||||
PVAD | 8.05544 | |||||||
Therefore the price of bond is $988.88, it is below the par value since coupon rate is below the yield to maturity. | ||||||||
Get Answers For Free
Most questions answered within 1 hours.