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( 3×5=15pts) You are long 2 contracts of gold futures with a delivery price (K) of $1300 and 1-year expiry. k)

(a) What will be your payoff at expiry if the gold price 1-year later (S T) is (i) $1000 ( ( ) , (ii) $1400
(b) If the current gold price is $1400, (i) what is the currents 1-year gold futures price ? (ii) what is the current value of your gold position (__) )?200×(F−K)e −0.0+×1=30194.75

User Habrewning
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1 Answer

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Final answer:

The question asks for payoff calculations for gold futures contracts and the current value of a gold position. Payoff is positive or negative depending on whether market price at expiry is above or below the delivery price. However, the formula provided seems irrelevant to the question.

Step-by-step explanation:

The student's question pertains to calculating the payoff of gold futures contracts and the current value of a gold position given different market prices.

Payoff Calculation

If the gold price at expiry is $1000, the payoff for being long on 2 contracts is negative, as the market price is below the delivery price (K). The loss per contract will be K - ST = $1300 - $1000 = $300. Therefore, the total loss is 2 contracts x $300 = $600.

If the gold price at expiry is $1400, the payoff is positive. The profit per contract is ST - K = $1400 - $1300 = $100. The total profit is 2 contracts x $100 = $200.

Current Value of Gold Position

The formula given in the question does not appear to be directly relevant to the calculations required for the current value of the gold position. However, generally, if the current gold price is $1400, and assuming the futures price closely tracks the spot price, then the value of each futures contract would be $1400 x the number of ounces per contract. The total position value would be the sum of these values for all contracts held.

User Abigblackman
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