In: Finance
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:
1. Construct the pure yield curve.
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 |
settlement date | maturity date | rate | pr | redemption | frequency | YTM |
43,556 | 43,922 | 4.5% | 103.09 | 100 | 1 | 1.37% |
43,556 | 44,287 | 5.75% | 108.94 | 100 | 1 | 1.20% |
43,556 | 44,652 | 2.25% | 102.97 | 100 | 1 | 1.24% |
43,556 | 45,017 | 5.50% | 116.13 | 100 | 1 | 1.33% |
43,556 | 45,383 | 2.75% | 106.25 | 100 | 1 | 1.45% |
YTM is calculated using the YIELD function. Since the settlement date is not falling between coupon payment dates, RATE function can also be used to calculate the YTM.