Let’s suppose today is 1/4/2019 and you observe the information from various coupon bonds issued by
the Australian Government. Using the bond information, please complete the following tasks:
Suppose that there is a risk-free investment which pays $10,000, $20,000, $30,000, $40,000, and
$50,000 at the beginning of April each year for the next 5 years. How much will you pay for the
investment?
Maturity Date | CR (%) | Price | FV | Freq |
2020/4/1 | 4.50 | $103.09 | $100.00 | Annual |
2021/4/1 | 5.75 | $108.94 | $100.00 | Annual |
2022/4/1 | 2.25 | $102.97 | $100.00 | Annual |
2023/4/1 | 5.50 | $116.13 | $100.00 | Annual |
2024/4/1 | 2.75 | $106.25 | $100.00 | Annual |
First, we calculate the YTM of each bond with maturities from 1 to 5 years.
YTM is calculated using the RATE function in Excel with these inputs :
nper = number of years to maturity
pmt = face value * CR
pv = -price (this is a negative figure since it represents a cash outflow to the buyer of the bond)
fv = face value
YTM of the 1-year bond is 0.58%
YTM of the 2-year bond is 1.20%
YTM of the 3-year bond is 1.24%
YTM of the 4-year bond is 1.33%
YTM of the 5-year bond is 1.45%
Present worth of the risk-free investment is calculated as :
($10,000 * (1 + 0.0058)) + ($20,000 * (1 + 0.0120)2) + ($30,000 * (1 + 0.0124)3) + ($40,000 * (1 + 0.0133)4) + ($50,000 * (1 + 0.0145)5)
present worth = $157,559.91
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