Calculate the purchase price of the following bonds. Indicate whether the bonds are priced at a discount, at par or at a premium. Give your answers in dollars and cents to the nearest cent.
Face Value | Coupon Rate | Years to Maturity | Market Rate | |
---|---|---|---|---|
a) | $100 | r = 9% | 5 | j2 = 9% |
b) | $1,000 | r = 9.25% | 9 | j2 = 7.5% |
c) | $10,000 | r = 8.5% | 21 | j2 = 10.25% |
Quoted coupon rates and market rates are nominal annual rates compounded semi-annually.
a)Price = $
This bond is priced at:
a discount
par
a premium
b)Price = $
This bond is priced at:
a discount
par
a premium
c)Price = $
This bond is priced at:
a discount
par
a premium
(a) Price of a bond= PV of future cash flows discounted at required rate of return
= coupon* annuity factor (9%,5 yrs) + face value* disc. factor(9%,5th yr)
= 9*3.890 + 100*0.650
= 100 (approx)
The bond is trading at par (evident because coupon rate= required return, i.e, market rate)
(b)
Price of a bond= PV of future cash flows discounted at required rate of return
= coupon* annuity factor (7.5%,9 yrs) + face value* disc. factor(7.5%,9th yr)
= 92.5*6.3789 + 1000*0.521
= 590.05 + 521
= 1111.05
Bond is trading at premium (since coupon rate> market rate)
(c)
Price of a bond= PV of future cash flows discounted at required rate of return
= coupon* annuity factor (10.25%,21 yrs) + face value* disc. factor(10.25%,21st yr)
= 7224.26 + 1288
= $ 8512.26
Bond is trading at discount (since coupon rate< market rate)
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