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A one-year gold futures contract is selling for \(1,641. Spot gold prices are \)1,700 and the one-year risk-free rate is 2%. What arbitrage opportunity is available to investors? What strategy should they use, and what will be the profits on the strategy?

Short Answer

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Answer

Available for short sale; sell gold short $1,700 today. and lend money at the risk free rate and long gold future of $1,641 to earn profit $93

Step by step solution

01

Explanation on arbitrage opportunity

Future’s Price = S01+rf-dT

= $1700 x (1 + .02)1

= $1734

This implies that at the rate of $1,641, the gold future contract is underpriced.

02

Explanation on strategy

In order to benefit from mispricing, let’s sell gold short $1,700 today. and lend money at the risk free rate and long gold future of $1,641. One year down the line, there would be cash-flow from the loan and the proceeds from future position of (ST - $1,641) and outflow from short position of gold at spot price (-ST).

The arbitrage profit therefore = $1734 + (ST- $1641) + (-ST). = $93

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Most popular questions from this chapter

A silver futures contract requires the seller to deliver 5,000 Troy ounces of silver. Jerry Harris sells one July silver futures contract at a price of \(28 per ounce, posting a \)6,000 initial margin. If the required maintenance margin is $2,500, what is the first price per ounce at which Harris would receive a maintenance margin call?.

A put option on a stock with a current price of \(33 has an exercise price of \)35. The price of the corresponding call option is $2.25. According to put-call parity, if the effective annual risk-free rate of interest is 4% and there are three months until expiration, what should be the value of the put?

A corporation plans to issue $10 million of 10-year bonds in three months. At current yields the bonds would have modified duration of eight years. The T-note futures contract is selling at F0 = 100 and has modified duration of six years. How can the firm use this futures contract to hedge the risk surrounding the yield at which it will be able to sell its bonds? Both the bond and the contract are at par value.

Turn back to Figure 15.1, which lists the prices of various IBM options. Use the data in the figure to calculate the payoff and the profits for investments in each of the following January 2012 expiration options, assuming that the stock price on the expiration date is $165.

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