Exam 13: Empirical Evidence on Security Returns
Exam 1: The Investment Environment59 Questions
Exam 2: Asset Classes and Financial Instruments87 Questions
Exam 3: How Securities Are Traded70 Questions
Exam 4: Mutual Funds and Other Investment Companies71 Questions
Exam 5: Risk, Return, and the Historical Record85 Questions
Exam 6: Capital Allocation to Risky Assets69 Questions
Exam 7: Efficient Diversification80 Questions
Exam 8: Index Models87 Questions
Exam 9: The Capital Asset Pricing Model83 Questions
Exam 10: Arbitrage Pricing Theory and Multifactor Models of Risk and Return77 Questions
Exam 11: The Efficient Market Hypothesis68 Questions
Exam 12: Behavioral Finance and Technical Analysis52 Questions
Exam 13: Empirical Evidence on Security Returns56 Questions
Exam 14: Bond Prices and Yields128 Questions
Exam 15: The Term Structure of Interest Rates66 Questions
Exam 16: Managing Bond Portfolios80 Questions
Exam 17: Macroeconomic and Industry Analysis89 Questions
Exam 18: Equity Valuation Models128 Questions
Exam 19: Financial Statement Analysis90 Questions
Exam 20: Options Markets: Introduction107 Questions
Exam 21: Option Valuation89 Questions
Exam 22: Futures Markets90 Questions
Exam 23: Futures, Swaps, and Risk Management57 Questions
Exam 24: Portfolio Performance Evaluation81 Questions
Exam 25: International Diversification52 Questions
Exam 26: Hedge Funds52 Questions
Exam 27: The Theory of Active Portfolio Management52 Questions
Exam 28: Investment Policy and the Framework of the Cfa Institute81 Questions
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Consider the regression equation: rit − rft = ai + bi(rmt − rft) + eit
Where:
Rit = return on stock i in month t
Rft = the monthly risk-free rate of return in month t
Rmt = the return on the market portfolio proxy in month t
This regression equation is used to estimate
(Multiple Choice)
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Consider the regression equation: ri − rf = g0 + g1bi + eit
Where:
Ri − rf = the average difference between the monthly return on stock i and the monthly risk-free rate
Bi = the beta of stock i
This regression equation is used to estimate
(Multiple Choice)
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According to Roll, the only testable hypothesis associated with the CAPM is
(Multiple Choice)
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In the empirical study of a multifactor model by Chen, Roll, and Ross, a factor (the factors) that appeared to have significant explanatory power in explaining security returns was (were)
(Multiple Choice)
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Liew and Vassalou (2000) show that returns on style portfolios (SMB and HML)
(Multiple Choice)
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In the results of the earliest estimations of the security market line by Miller and Scholes (1972), it was found that the average difference between a stock's return and the risk-free rate was ________ to its beta.
(Multiple Choice)
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An extension of the Fama-French three-factor model was introduced by
(Multiple Choice)
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In the 1972 empirical study by Black, Jensen, and Scholes, they found that the risk-adjusted returns of high beta portfolios were _____________ the risk-adjusted returns of low beta portfolios.
(Multiple Choice)
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Fama and French (2002) studied the equity premium puzzle by breaking their sample into subperiods and found that
(Multiple Choice)
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Tests of the CAPM that use regression techniques are subject to inaccuracies because
(Multiple Choice)
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Which of the following statements is false about models that attempt to measure the empirical performance of the CAPM?I) The conventional CAPM works better than the conditional CAPM with human capital.II) The conventional CAPM works about the same as the conditional CAPM with human capital.III) The conditional CAPM with human capital yields a better fit for empirical returns than the conventional CAPM.
(Multiple Choice)
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The Fama and French three-factor model does not use ___ as one of the explanatory factors.
(Multiple Choice)
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