Final answer:
(a) The minimum variance hedge ratio is 1.021875.
(b) The hedger should take a long futures position.
(c) The optimal number of futures contracts is 11.
Step-by-step explanation:
(a) The minimum variance hedge ratio can be calculated using the formula:
VH = p * (SDs / SDf)
Where VH is the hedge ratio, p is the coefficient of correlation between the spot price change and futures price change, SDs is the standard deviation of the change in spot price, and SDf is the standard deviation of the change in futures price. Plugging in the given values, we get:
VH = 0.95 * (0.43 / 0.40) = 1.021875
(b) The hedger should take a long futures position because the minimum variance hedge ratio is greater than 1. This means that the hedger should buy more futures contracts than the amount of jet fuel to be hedged in order to have an effective hedge.
(c) The optimal number of futures contracts can be calculated using the formula:
Number of futures contracts = (VH * Quantity of jet fuel) / Quantity per futures contract
Plugging in the given values, we get:
Number of futures contracts = (1.021875 * 55000) / 5000 = 11.24
Since the number of futures contracts cannot be fractional, the trader should round down and take 11 futures contracts when adjustments for daily settlement are not considered.