Exam 15: Forward, Futures, and Swap Contracts
Exam 1: The Investment Setting72 Questions
Exam 1: The Investment Setting: Part A6 Questions
Exam 2: Asset Allocation and Security Selection77 Questions
Exam 2: Asset Allocation and Security Selection: Part A3 Questions
Exam 3: Organization and Functioning of Securities Markets87 Questions
Exam 4: Security Market Indexes and Index Funds89 Questions
Exam 5: Efficient Capital Markets, Behavioral Finance, and Technical Analysis162 Questions
Exam 6: An Introduction to Portfolio Management114 Questions
Exam 6: An Introduction to Portfolio Management: Part A2 Questions
Exam 6: An Introduction to Portfolio Management: Part B2 Questions
Exam 7: Asset Pricing Models152 Questions
Exam 8: Equity Valuation83 Questions
Exam 9: The Top-Down Approach to Market, Industry, and Company Analysis216 Questions
Exam 10: The Practice of Fundamental Investing60 Questions
Exam 11: Equity Portfolio Management Strategies65 Questions
Exam 12: Bond Fundamentals and Valuation138 Questions
Exam 13: Bond Analysis and Portfolio Management Strategies125 Questions
Exam 14: An Introduction to Derivative Markets and Securities102 Questions
Exam 15: Forward, Futures, and Swap Contracts148 Questions
Exam 16: Option Contracts122 Questions
Exam 17: Professional Money Management, Alternative Assets, and Industry Ethics109 Questions
Exam 18: Evaluation of Portfolio Performance111 Questions
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The goal of a hedge transaction is to increase expected returns of a fundamental holding.
(True/False)
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Assume that you manage a $50 million equity portfolio. The portfolio beta is 0.85. You anticipate a cash inflow of $5 million into the portfolio. Calculate the number of contracts you would need to hedge your position and indicate whether you would go short or long. Assume that the price of the S&P 500 futures contract is 1062 and the multiplier is 250.
(Multiple Choice)
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USE THE INFORMATION BELOW FOR THE FOLLOWING PROBLEM(S)
A futures contract on Treasury bond futures with a December expiration date currently trade at 103:06. The face value of a Treasury bond futures contract is $100,000. Your broker requires an initial margin of 10 percent.
-Refer to Exhibit 15.8. If the futures contract is quoted at 105:08 at expiration, calculate the percentage return.
(Multiple Choice)
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A plain vanilla swap agreement is used in similar situations as a forward rate agreement.
(True/False)
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USE THE INFORMATION BELOW FOR THE FOLLOWING PROBLEM(S)
TexMex Corporation has decided to borrow $50,000,000 for six months in two three-month issues. The corporation is concerned that interest rates will rise over the next three months. Thus, the corporation purchases a 3 * 6 FRA whereby the corporation pays the dealer's quoted fixed rate of 3.5 percent in exchange for receiving three-month LIBOR at the settlement date. In order to hedge her exposure, the dealer buys LIBOR from Newport Inc. at its bid rate of 3 percent. The notional principal is $50,000,000 and that there are 60 days between month 3 and month 6.
-Refer to Exhibit 15.18. Suppose that three-month LIBOR is 4.0 percent on the rate determination day, and the contract specified settlement in arrears at month 6, describe the transaction that occurs between the dealer and TexMex.
(Multiple Choice)
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According to the cost of carry model, the relationship between the spot (S0) and futures price (F0,T) is
(Multiple Choice)
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In the absence of arbitrage opportunities, the forward price should be equal to the spot price plus the cost of carry.
(True/False)
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USE THE INFORMATION BELOW FOR THE FOLLOWING PROBLEM(S)
TexMex Corporation has decided to borrow $50,000,000 for six months in two three-month issues. The corporation is concerned that interest rates will rise over the next three months. Thus, the corporation purchases a 3 * 6 FRA whereby the corporation pays the dealer's quoted fixed rate of 3.5 percent in exchange for receiving three-month LIBOR at the settlement date. In order to hedge her exposure, the dealer buys LIBOR from Newport Inc. at its bid rate of 3 percent. The notional principal is $50,000,000 and that there are 60 days between month 3 and month 6.
-Refer to Exhibit 15.18. Suppose that three-month LIBOR is 4.0 percent on the rate determination day, and the contract specified settlement in arrears at month 6, describe the transaction that occurs between the dealer and Newport.
(Multiple Choice)
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