I saw this example in reading 27.
Say we have a $5m portfolio and want to increase beta. We purchase 6 contracts for say $240,000 each = $1.44m (I have skipped the calculation).
If the unhedged portfolio is now worth $5.255m and each contract has increased in price by $12,240, the hedged portfolio ending value = 5.255m + (6 x 12,240) = $5.32844m.
So the hedged portfolio return = ($5.32844m/$5m) - 1 = 6.57%.
For hedged portfolio return, why is cost of the futures not included in the beginning portfolio value? So it would be: ($5.32844m/($5m+$1.44m)) - 1 = -17.2%.
Say we have a $5m portfolio and want to increase beta. We purchase 6 contracts for say $240,000 each = $1.44m (I have skipped the calculation).
If the unhedged portfolio is now worth $5.255m and each contract has increased in price by $12,240, the hedged portfolio ending value = 5.255m + (6 x 12,240) = $5.32844m.
So the hedged portfolio return = ($5.32844m/$5m) - 1 = 6.57%.
For hedged portfolio return, why is cost of the futures not included in the beginning portfolio value? So it would be: ($5.32844m/($5m+$1.44m)) - 1 = -17.2%.