When hedging one fixed income security with another, the hedge ratio is determined by:
A.
The yield beta
B.
The volatility of the hedge
C.
Basis point value or PV01 of the two instruments
D.
The yield beta and the basis point values of the hedge instrument and the security being hedged.
The Answer Is:
D
This question includes an explanation.
Explanation:
When hedging one fixed income security with another, the question as to how much of the hedge to buy (or sell) (ie the hedge ratio) for a given primary position is determined by their respective basis point values, which in turn are determined by their duration. Therefore, when hedging a long maturity bond with a PV01 of $3 with a short maturity bond that has a PV of $1, we will need to buy 3 times the notional value of the short maturity bond to achieve the same sensitivity to interest rates as the longer maturity bond.
Additionally, we may also expect the interest rates on the hedge to move differently from the interest rates on the primary instrument being hedged, and this needs to be accounted for as well as part of the hedge ratio calculation. This is called the yield beta and is calculated as change in yield for primary position/change in yield for the hedge security.
The hedge ratio is determined both by the yield beta and the BPVs of the two securities. Choice 'd' is the correct answer.
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