In: Finance
The table provides the prices of 5 zero-coupon bonds:
Maturity | Price per 100 of par |
1 | 96.9672 |
2 | 90.3364 |
3 | 80.7259 |
4 | 76.5899 |
5 | 64.0297 |
Determine the value of the annual effective forward rate applicable from time 2 to time 3.
A. 12.3%
B. 11.9%
C. 23.7%
D. 19.2%
E. 17.8%
YTM is the Rate at which PV of Cash Inflows are equal to PV of Cash Outflows.
YTM of Year 3 Bond:
Year | CF | PVF @7% | Disc CF | PVF @8% | Disc CF |
0 | $ -80.73 | 1.0000 | $ -80.73 | 1.0000 | $ -80.73 |
3 | $ 100.00 | 0.8163 | $ 81.63 | 0.7938 | $ 79.38 |
NPV | $ 0.90 | $ -1.34 |
YTM = Rate at which least +ve NPV + [ NPV at that rate / Change in NPV due to 1% inc in disc rate] * 1%
= 7% + [ 0.9 / 2.25 ] * 1 %
= 7 % + 0.4%
= 7.4%
YTM of Year 2 Bond:
Year | CF | PVF @5% | Disc CF | PVF @6% | Disc CF |
0 | $ -90.34 | 1.0000 | $ -90.34 | 1.0000 | $ -90.34 |
3 | $ 100.00 | 0.9070 | $ 90.70 | 0.8900 | $ 89.00 |
NPV | $ 0.37 | $ -1.34 |
YTM = Rate at which least +ve NPV + [ NPV at that rate / Change in NPV due to 1% inc in disc rate] * 1%
= 5% + [ 0.37 / 1.70 ] * 1 %
= 5 % + 0.22%
= 5.22%
1 Year Fwd Rate 2 to 3 Years = [ (1+YTM of 3year Bond)^3 / ( 1+YTM of 2Year Bond)^2 ] - 1
= [ ( 1 + 0.074)^3 / ( 1 + 0.0522)^2 ] - 1
= [ (1.074^3 ) / ( 1.0522^2) ] - 1
= [ 1.2388 / 1.1071 ] - 1
= 1.1190 - 1
= 0.1190 i.e 11.90%