Assume that a bond will make payments every six months as shown on the following timeline (using six-month periods):
The timeline starts at Period 0 and ends at Period 40. The timeline shows a cash flow of $ 19.32 each from Period 1 to Period 39. In Period 40, the cash flow is $ 19.32 plus $ 1,000.
PeriodPeriod
00
11
22
nothing
3939
4040
Cash FlowsCash Flows
nothing
$ 19.32$19.32
$ 19.32$19.32
nothing
$ 19.32
$ 19.32 plus $ 1,000$19.32+$1,000
a. What is the maturity of the bond (in years)?
b. What is the coupon rate (as a percentage)?
c. What is the face value?
a. What is the maturity of the bond (in years)?
The maturity is
2020
years. (Round to the nearest integer.)
b. What is the coupon rate (as a percentage)?
The coupon rate is
(Round to two decimal places.)
a. The bond makes payments every 6 months (semiannually) of US$ 19.32. There are 40 such periods meaning that the maturity of the bond in years = 40/2 = 20 Years
b.Coupon rate is defined as the coupon payment in 1 year divided by the par value or face value of the bond. In 1 year, the bond holder receives 2 payments from the bond, each of US$ 19.32 - so total payment in the year = 38.64. Now look at the last period when the payment of US$19.32 is supplemented by US$1,000 - this is the original face value or the par value of the bond. Hence coupon rate = annual coupon/par value, which in our case is 38.64/1000 % = 3.864%
c. Face value of the bond is US$1,000 which is the final payment received by the bond holder
Assume that a bond will make payments every six months as shown on the following timeline...
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