1) | As the expected future price per barrel of $46.89 is less | ||
than the strike price-option premium (per barrel) of | |||
$47.07-$0.12 = $46.95, it would be profitable to buy | |||
put options. | |||
On the expiry date the oil can be purchased from the | |||
open market at $46.89 per barrel and then can be sold | |||
against the put optio at $47.07 per barrel. | |||
The gain per barrel = 47.07-0.12-46.89 = $0.06 per barrel. | |||
2) | Number of put option contracts that can be purchased = 6000/(0.12*100) = | 500 | put options |
(500 contracts is equal to = 500*100 = 50000 barrels) | |||
3) | Purchase cost of 50000 barrels from the open market = 46.89*50000 = | $ 23,44,500 | |
Option premium paid = 50000*0.12 = | $ 6,000 | ||
Receipts for sale under put option = 50000*47.07 = | $ 23,53,500 | ||
Profit from the operation = 2353500-2344500-6000 = | $ 3,000 | ||
[Alternatively 50000*0.06 = $3000] |
9. The current barrel of oil price is equal to 47.23 USD/barrel. We expect that the...
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