Exam 9: Currency Futures and Swaps
Exam 1: An Overview40 Questions
Exam 2: The Foreign Exchange Market40 Questions
Exam 3: The Balance of Payments and Effective Exchange Rate39 Questions
Exam 4: Exchange Rate Determination39 Questions
Exam 5: The International Monetary System and Exchange Rate Arrangements40 Questions
Exam 6: The Eurocurrency Market and International Banking38 Questions
Exam 7: International Banking Regulation and Basel Accords40 Questions
Exam 8: Exchange Rate Forecasting, Technical Analysis and Trading Rules39 Questions
Exam 9: Currency Futures and Swaps40 Questions
Exam 10: Currency Options40 Questions
Exam 11: International Arbitarage40 Questions
Exam 12: Foreign Exchange Risk and Exposure40 Questions
Exam 13: Foreign Exchange Risk Management37 Questions
Exam 14: International Short-Term Financing and Investment39 Questions
Exam 15: International Long-Term Financing and Investment40 Questions
Exam 16: Foreign Direct Investment and International39 Questions
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Futures contracts can circumvent the problematic features of forward contracts except the problem that they:
Free
(Multiple Choice)
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Correct Answer:
D
The difference between a currency swap and a foreign exchange swap is that:
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(Multiple Choice)
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Correct Answer:
C
Calculate the value of the contract at 4th February and the credit or debit to the margin account on the 4 th February. Suppose that a trader buys one three-month Australian dollar forward contract on 1 February at 0.5662 (USD/AUD). On successive days the following may happen as the settlement exchange rate changes (in accordance with the spot rate) 

(Multiple Choice)
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An option on a swap is a contract that gives the holder the right to:
(Multiple Choice)
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Suppose that two counterparties, A and B, enter a three-month forward contract on 1 January, whereby A sells USD1 million at a forward rate of AUD/USD 1.7662. On 1 March, A decides it no longer needs to sell USD1 million on 31 March, so it enters a one-month forward contract to buy USD1 million on 31 March at a forward rate of AUD/USD 1.8000 from counterparty C. Calculate the net cost to counterparty A, before transaction costs.
(Multiple Choice)
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Consider a 3-year interest rate swap with a notional principal of AUD100,000, whereby A receives annual payments based on a floating interest rate and B receives annual payments based on a fixed rate of 5%pa. The floating interest rates on each payment date assume the values 6%, 5% and 4%. Calculate the cash flows in year three.
(Multiple Choice)
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In a parallel loan, the interest payments and the repayment of principal are based on:
(Multiple Choice)
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Consider a 3-year currency swap with a notional principal of AUD100,000, whereby A receives annual payments in Australian dollars and B receives annual payments in U.S. dollars at a contracted rate of 0.9300 (USD/AUD). The market exchange (USD/AUD) rate assumes the values 0.9500, 0.9300 and 0.8900 at the end of each year. Calculate the cash flows in year one.
(Multiple Choice)
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In a currency swap involving A receiving Australian dollar payments and B receiving euro payments, a rise in the actual exchange rate expressed as (EUR/AUD) implies:
(Multiple Choice)
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The Australian dollar futures contract was not traded on the Sydney Futures Exchange during the 1990s because:
(Multiple Choice)
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A firm sells AUD1 million, twelve months forward at the USD/AUD exchange rate of 0.5000. The spot rate at settlement is 0.5100.
How much will the firm gain or lose on the forward contract?
(Multiple Choice)
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Suppose that two counterparties, A and B, enter a three-month forward contract, whereby A sells USD1 million at a forward rate of AUD/USD 1.7662.
Which party is likely to default if the spot rate three months hence is 1.8000?
(Multiple Choice)
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In a currency swap, the interest payments and repayment of the principal are based on:
(Multiple Choice)
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Suppose that two counterparties, A and B, enter a three-month forward contract on 1 January, whereby A buys USD1 million at a forward rate of AUD/USD 1.7662. On 1 March, A decides it no longer needs to buy USD1 million on 31 March, so it enters a one month forward contract to sell USD1 million on 31 March at a forward rate of AUD/USD 1.8000 from counterparty C. Calculate the net cost to counterparty A, before transaction costs.
(Multiple Choice)
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