Solution:
Period (n) | Present Value | Present Value*n |
1 | 673.08 | 673.08 |
2 | 647.19 | 1294.38 |
3 | 622.30 | 1866.90 |
4 | 9146.40 | 36585.60 |
Total | 11088.97 | 40419.96 |
Duration of bond = Sum of (present Value*n) / Bond price = 40419.96 / 11088.97 = 3.65 years
Hence option "b" is correct.
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