A) The stocks are not in equilibrium based on the CAPM; if A is valued correctly, then B is overvalued.
B) The stocks are not in equilibrium based on the CAPM; if A is valued correctly, then B is undervalued.
C) Portfolio AB's expected return is 11.0%.
D) Portfolio AB's beta is less than 1.2.
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True/False
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Multiple Choice
A) 9.95%
B) 10.20%
C) 10.45%
D) 10.72%
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Multiple Choice
A) Portfolio P's expected return is greater than the expected return on Stock B.
B) Portfolio P's expected return is equal to the expected return on Stock A.
C) Portfolio P's expected return is less than the expected return on Stock B.
D) Portfolio P's expected return is equal to the expected return on Stock B.
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Multiple Choice
A) If you add enough randomly selected stocks to a portfolio, you can completely eliminate all of the market risk from the portfolio.
B) If you formed a portfolio that consisted of all stocks with betas less than 1.0, which is about half of all stocks, the portfolio would itself have a beta coefficient that is equal to the weighted average beta of the stocks in the portfolio, and that portfolio would have less risk than a portfolio that consisted of all stocks in the market.
C) Market risk can be eliminated by forming a large portfolio, and if some Treasury bonds are held in the portfolio, the portfolio can be made to be completely riskless.
D) A portfolio that consists of all stocks in the market would have a required return that is equal to the riskless rate.
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True/False
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Multiple Choice
A) They are systematic risk factors that can be diversified away.
B) They are company-specific risk factors that can be diversified away.
C) They are among the factors that are responsible for market risk.
D) They are risks that are beyond the control of investors and thus should not be considered by security analysts or portfolio managers.
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Multiple Choice
A) The return will increase.
B) The return will remain unchanged.
C) The return will decrease.
D) It is undetermined and more information is needed.
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True/False
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Multiple Choice
A) The riskiness of the portfolio is greater than the riskiness of each of the stocks if each was held in isolation.
B) The riskiness of the portfolio is the same as the riskiness of each of the stocks if each was held in isolation.
C) The beta of the portfolio is less than the average of the betas of the individual stocks.
D) The beta of the portfolio is equal to the average of the betas of the individual stocks.
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Multiple Choice
A) The required returns on all stocks would have fallen, but the decline would have been greater for stocks with lower betas.
B) The required returns on all stocks would have fallen, but the fall would have been greater for stocks with higher betas.
C) Required returns would have increased for stocks with betas greater than 1.0 but would have declined for stocks with betas less than 1.0.
D) The required returns on all stocks would have fallen by the same amount.
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True/False
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Multiple Choice
A) The slope of the SML is determined by the value of beta.
B) The SML shows the relationship between companies' required returns and their diversifiable risks. The slope and intercept of this line cannot be influenced by a firm's managers, but the position of the company on the line can be influenced by managers.
C) Suppose you plotted the returns of a given stock against those of the market, and you found that the slope of the regression line was negative. The CAPM would indicate that the required rate of return on the stock should be less than the risk-free rate for a well-diversified investor, assuming investors in the market expect the observed relationship to continue on into the future.
D) If investors become less risk averse, the slope of the SML will increase.
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Multiple Choice
A) This will reduce the portfolio's unsystematic, or diversifiable, risk.
B) This will increase the portfolio's expected rate of return.
C) This will reduce the portfolio's beta coefficient and thus its systematic risk.
D) This will have no effect on the portfolio's risk.
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Multiple Choice
A) The required return of all stocks will increase by the amount of the increase in the risk-free rate.
B) The required return will decline for stocks that have a beta less than 1.0 but will increase for stocks that have a beta greater than 1.0.
C) Since the overall return on the market stays constant, the required return on each individual stock will remain constant.
D) The required return will increase for stocks that have a beta less than 1.0 but decline for stocks that have a beta greater than 1.0.
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Multiple Choice
A) If a stock has a beta equal to 1.0, its required rate of return will be unaffected by changes in the market risk premium.
B) A stock with a negative beta must in theory have a negative required rate of return.
C) If a stock's beta doubles, its required rate of return must also double.
D) If a stock's returns are negatively correlated with returns on most other stocks, the stock's beta will be negative.
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True/False
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True/False
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Multiple Choice
A) Portfolio P has a standard deviation of 25% and a beta of 1.0.
B) Based on the information we are given, and assuming those are the views of the marginal investor, it is apparent that the two stocks are in equilibrium.
C) Portfolio P has more market risk than Stock A but less market risk than Stock B.
D) Stock A should have a higher expected return than Stock B as viewed by the marginal investor.
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Multiple Choice
A) The beta of a portfolio of stocks is always smaller than the beta of any of the individual stocks.
B) If you found a stock with a zero historical beta and held it as the only stock in your portfolio, you would by definition have a riskless portfolio.
C) The beta coefficient of a stock is normally found by regressing past returns on a stock against past market returns. One could also construct a scatter diagram of returns on the stock versus those on the market, estimate the slope of the line of best fit, and use it as beta. However, this historical beta may differ from the beta that exists in the future.
D) It is theoretically possible for a stock to have a beta of 1.0. If a stock did have a beta of 1.0, then, at least in theory, its required rate of return would be equal to the risk-free (default-free) rate of return, rRF.
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