Finance Chapter 6 Grett as Portfolios required Return Will Increase More Than

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Ch 06 Risk and Return
b.
The y-axis intercept would increase, and the slope would decline.
c.
The SML would be affected only if betas changed.
d.
Both the y-axis intercept and the slope would increase, leading to higher required returns.
e.
The y-axis intercept would decline, and the slope would increase.
a.
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.
b.
Since the overall return on the market stays constant, the required return on each individual stock will also
remain constant.
c.
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.
d.
The required return of all stocks will fall by the amount of the decline in the market risk premium.
e.
The required return of all stocks will increase by the amount of the increase in the risk-free rate.
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Ch 06 Risk and Return
a.
The required return on all stocks would increase, but the increase would be greatest for stocks with betas of
less than 1.0.
b.
Stocks' required returns would change, but so would expected returns, and the result would be no change in
stocks' prices.
c.
The prices of all stocks would decline, but the decline would be greatest for high-beta stocks.
d.
The prices of all stocks would increase, but the increase would be greatest for high-beta stocks.
e.
The required return on all stocks would increase by the same amount.
a.
The slope of the Security Market Line is beta.
b.
Any stock with a negative beta must in theory have a negative required rate of return, provided rRF is positive.
c.
If a stock's beta doubles, its required rate of return must also double.
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Ch 06 Risk and Return
d.
If a stock's returns are negatively correlated with returns on most other stocks, the stock's beta will be
negative.
e.
If a stock has a beta of to 1.0, its required rate of return will be unaffected by changes in the market risk
premium.
a.
The required rate of return will decline for stocks whose betas are less than 1.0.
b.
The required rate of return on the market, rM, will not change as a result of these changes.
c.
The required rate of return for each individual stock in the market will increase by an amount equal to the
increase in the market risk
d.
The required rate of return on a riskless bond will decline.
e.
The required rate of return for an average stock will increase by an amount equal to the increase in the market
risk premium.
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Ch 06 Risk and Return
a.
The CAPM has been thoroughly tested, and the theory has been confirmed beyond any reasonable doubt.
b.
If two "normal" or "typical" stocks were combined to form a 2-stock portfolio, the portfolio's expected return
would be a weighted average of the stocks' expected returns, but the portfolio's standard deviation would
probably be greater than the average of the stocks' standard deviations.
c.
If investors become more risk averse, then (1) the slope of the SML would increase and (2) the required rate of
return on low-beta stocks would increase by more than the required return on high-beta stocks.
d.
An increase in expected inflation, combined with a constant real risk-free rate and a constant market risk
premium, would lead to identical increases in the required returns on a riskless asset and on an average stock,
other things held constant.
e.
A graph of the SML as applied to individual stocks would show required rates of return on the vertical axis
and standard deviations of returns on the horizontal axis.
a.
The past realized rate of return must be equal to the expected future rate of return; that is, .
b.
The required rate of return must equal the past realized rate of return; that is, r = .
c.
The expected rate of return must be equal to the required rate of return; that is, = r.
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Ch 06 Risk and Return
d.
All of the above statements must hold for equilibrium to exist; that is = r = .
e.
None of the above statements is correct.
a.
Portfolio diversification reduces the variability of returns on an individual stock.
b.
Risk refers to the chance that some unfavorable event will occur, and a probability distribution is completely
described by a listing of the likelihood of unfavorable events.
c.
The SML relates a stock's required return to its market risk. The slope and intercept of this line cannot be
controlled by the firms' managers, but managers can influence their firms' positions on the line by such actions
as changing the firm's capital structure or the type of assets it employs.
d.
A stock with a beta of 1.0 has zero market risk if held in a 1-stock portfolio.
e.
When diversifiable risk has been diversified away, the inherent risk that remains is market risk, which is
constant for all stocks in the market.
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Ch 06 Risk and Return
Company X has a higher expected return than Company Y.
Company X has a lower standard deviation of returns than Company Y.
Company X has a higher beta than Company Y.
a.
Company X has a lower coefficient of variation than Company Y.
b.
Company X has less market risk than Company Y.
c.
Company X's returns will be negative when Y's returns are positive.
d.
Company X's stock is a better buy than Company Y's stock.
e.
Company X has more diversifiable risk than Company Y.
a.
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.
b.
Portfolio P has more market risk than Stock A but less market risk than B.
c.
Stock A should have a higher expected return than Stock B as viewed by the marginal investor.
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Ch 06 Risk and Return
d.
Portfolio P has a coefficient of variation equal to 2.5.
e.
Portfolio P has a standard deviation of 25% and a beta of 1.0.
a.
the past realized return must be equal to the expected return during the same period.
b.
the required return must equal the realized return in all periods.
c.
the expected return must be equal to both the required future return and the past realized return.
d.
the expected future returns must be equal to the required return.
e.
the expected future return must be less than the most recent past realized return.
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Ch 06 Risk and Return
a.
The excess market return, a debt factor, and a book-to-market factor.
b.
The excess market return, a size factor, and a debt.
c.
A debt factor, a size factor, and a book-to-market factor.
d.
The excess market return, an industrial production factor, and a book-to-market factor.
e.
The excess market return, a size factor, and a book-to-market factor.
a.
The required return on the market is 10%.
b.
The portfolio's required return is less than 11%.
c.
If the risk-free rate remains unchanged but the market risk premium increases by 2%, Gretta's portfolio's
required return will increase by more than 2%.
d.
If the market risk premium remains unchanged but expected inflation increases by 2%, Gretta's portfolio's
required return will increase by more than 2%.
e.
If the stock market is efficient, Gretta's portfolio's expected return should equal the expected return on the
market, which is 11%.
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Ch 06 Risk and Return
a.
Since the two stocks have zero correlation, Portfolio AB is riskless.
b.
Stock B's beta is 1.0000.
c.
Portfolio AB's required return is 11%.
d.
Portfolio AB's standard deviation is 25%.
e.
Stock A's beta is 0.8333.
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Ch 06 Risk and Return
a.
Stock A has more market risk than Stock B but less stand-alone risk.
b.
Portfolio AB has more money invested in Stock A than in Stock B.
c.
Portfolio AB has the same amount of money invested in each of the two stocks.
d.
Portfolio AB has more money invested in Stock B than in Stock A.
e.
Stock A has more market risk than Portfolio AB.
a.
If investors become more risk averse but rRF does not change, then the required rate of return on high-beta
stocks will rise and the required return on low-beta stocks will decline, but the required return on an average-
risk stock will not change.
b.
An investor who holds just one stock will generally be exposed to more risk than an investor who holds a
portfolio of stocks, assuming the stocks are all equally risky. Since the holder of the 1-stock portfolio is
exposed to more risk, he or she can expect to earn a higher rate of return to compensate for the greater risk.
c.
There is no reason to think that the slope of the yield curve would have any effect on the slope of the SML.
d.
Assume that the required rate of return on the market, rM, is given and fixed at 10%. If the yield curve were
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Ch 06 Risk and Return
upward sloping, then the Security Market Line (SML) would have a steeper slope if 1-year Treasury securities
were used as the risk-free rate than if 30-year Treasury bonds were used for rRF.
e.
If Mutual Fund A held equal amounts of 100 stocks, each of which had a beta of 1.0, and Mutual Fund B held
equal amounts of 10 stocks with betas of 1.0, then the two mutual funds would both have betas of 1.0. Thus,
they would be equally risky from an investor's standpoint, assuming the investor's only asset is one or the other
of the mutual funds.
a.
9.41%
b.
9.65%
c.
9.90%
d.
10.15%
e.
10.40%
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Ch 06 Risk and Return
a.
7.72%
b.
8.12%
c.
8.55%
d.
9.00%
e.
9.50%
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Ch 06 Risk and Return
a.
0.65
b.
0.72
c.
0.80
d.
0.89
e.
0.98
a.
1.17
b.
1.23
c.
1.29
d.
1.35
e.
1.42
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Ch 06 Risk and Return
a.
10.64%; 1.17
b.
11.20%; 1.23
c.
11.76%; 1.29
d.
12.35%; 1.36
e.
12.97%; 1.42
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Ch 06 Risk and Return
a.
10.29%
b.
10.83%
c.
11.40%
d.
12.00%
e.
12.60%
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Ch 06 Risk and Return
a.
11.36%
b.
11.65%
c.
11.95%
d.
12.25%
e.
12.55%
a.
5.80%
b.
5.95%
c.
6.09%
d.
6.25%
e.
6.40%
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Ch 06 Risk and Return
Stock
Investment
Beta
A
$50,000
0.95
B
50,000
0.80
C
50,000
1.00
D
50,000
1.20
Total
$200,000
a.
0.938
b.
0.988
c.
1.037
d.
1.089
e.
1.143
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Ch 06 Risk and Return
Stock
Investment
Beta
A
$50,000
0.50
B
50,000
0.80
C
50,000
1.00
D
50,000
1.20
Total
$200,000
a.
1.07
b.
1.13
c.
1.18
d.
1.24
e.
1.30
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Ch 06 Risk and Return
Stock
Investment
Beta
A
$150,000
1.40
B
50,000
0.80
C
100,000
1.00
D
75,000
1.20
Total
$375,000
a.
1.06
b.
1.17
c.
1.29
d.
1.42
e.
1.56

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