Deck 12: Overview of Fixed-Income Portfolio Management

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Question
The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -based on note 2, rosaiso is the only fund for which the expected change in price based on the investor's views of yields and yield spreads should be calculated using:</strong> A) convexity. B) modified duration. C) effective duration. <div style=padding-top: 35px>  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-based on note 2, rosaiso is the only fund for which the expected change in price based on the investor's views of yields and yield spreads should be calculated using:

A) convexity.
B) modified duration.
C) effective duration.
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Question
The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -The levered portfolio return for aschel is closest to:</strong> A) 7.25%. B) 7.71%. C) 8.96%. <div style=padding-top: 35px>  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-The levered portfolio return for aschel is closest to:

A) 7.25%.
B) 7.71%.
C) 8.96%.
Question
The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-based on exhibit 1, which bond most likely has the highest liquidity premium?

A) bond 1
B) bond 2
C) bond 3
Question
The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-based on exhibit 2, the total expected return of the fund's global bond portfolio is closest to:

A) 0.90%.
B) 2.20%.
C) 3.76%.
Question
The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-Strategy 2 is most likely preferred to Strategy 1 for meeting the objective of:

A) protecting inflation.
B) funding future liabilities.
C) minimizing the correlation of the fund's domestic bond portfolio and equity portfolio.
Question
The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-which approach to its total return mandate is the fund's domestic bond portfolio most likely to use?

A) Pure indexing
B) enhanced indexing
C) active management
Question
The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -based on exhibit 2, the optimal strategy to meet villash foundation's cash needs is the sale of:</strong> A) 100% of bond 1. B) 100% of bond 2. C) 50% of bond 1 and 50% of bond 2. <div style=padding-top: 35px>  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-based on exhibit 2, the optimal strategy to meet villash foundation's cash needs is the sale of:

A) 100% of bond 1.
B) 100% of bond 2.
C) 50% of bond 1 and 50% of bond 2.
Question
The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -is Perreaux correct with respect to key features of cash flow matching?</strong> A) Yes. B) no, only feature 1 is correct. C) no, only feature 2 is correct. <div style=padding-top: 35px>  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-is Perreaux correct with respect to key features of cash flow matching?

A) Yes.
B) no, only feature 1 is correct.
C) no, only feature 2 is correct.
Question
The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -based on exhibit 1, the rolling yield of aschel over a one-year investment horizon is closest to:</strong> A) −2.56%. B) 0.54%. C) 5.66%. <div style=padding-top: 35px>  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-based on exhibit 1, the rolling yield of aschel over a one-year investment horizon is closest to:

A) −2.56%.
B) 0.54%.
C) 5.66%.
Question
The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -based on exhibit 1, which fund provides the highest level of protection against inflation for coupon payments?</strong> A) aschel B) Permot C) rosaiso <div style=padding-top: 35px>  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-based on exhibit 1, which fund provides the highest level of protection against inflation for coupon payments?

A) aschel
B) Permot
C) rosaiso
Question
The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-based on exhibit 3, which manager is most likely to have an active management total return mandate?

A) Manager a
B) Manager b
C) Manager C
Question
The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-are foster's statements to deveraux supporting foster's choice of bonds to sell correct?

A) Only Statement 1 is correct.
B) Only Statement 2 is correct.
C) neither Statement 1 nor Statement 2 is correct.
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Deck 12: Overview of Fixed-Income Portfolio Management
1
The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -based on note 2, rosaiso is the only fund for which the expected change in price based on the investor's views of yields and yield spreads should be calculated using:</strong> A) convexity. B) modified duration. C) effective duration.  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-based on note 2, rosaiso is the only fund for which the expected change in price based on the investor's views of yields and yield spreads should be calculated using:

A) convexity.
B) modified duration.
C) effective duration.
effective duration.
2
The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -The levered portfolio return for aschel is closest to:</strong> A) 7.25%. B) 7.71%. C) 8.96%.  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-The levered portfolio return for aschel is closest to:

A) 7.25%.
B) 7.71%.
C) 8.96%.
7.71%.
3
The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-based on exhibit 1, which bond most likely has the highest liquidity premium?

A) bond 1
B) bond 2
C) bond 3
bond 3
4
The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-based on exhibit 2, the total expected return of the fund's global bond portfolio is closest to:

A) 0.90%.
B) 2.20%.
C) 3.76%.
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5
The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-Strategy 2 is most likely preferred to Strategy 1 for meeting the objective of:

A) protecting inflation.
B) funding future liabilities.
C) minimizing the correlation of the fund's domestic bond portfolio and equity portfolio.
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The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-which approach to its total return mandate is the fund's domestic bond portfolio most likely to use?

A) Pure indexing
B) enhanced indexing
C) active management
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The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -based on exhibit 2, the optimal strategy to meet villash foundation's cash needs is the sale of:</strong> A) 100% of bond 1. B) 100% of bond 2. C) 50% of bond 1 and 50% of bond 2.  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-based on exhibit 2, the optimal strategy to meet villash foundation's cash needs is the sale of:

A) 100% of bond 1.
B) 100% of bond 2.
C) 50% of bond 1 and 50% of bond 2.
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The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -is Perreaux correct with respect to key features of cash flow matching?</strong> A) Yes. B) no, only feature 1 is correct. C) no, only feature 2 is correct.  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-is Perreaux correct with respect to key features of cash flow matching?

A) Yes.
B) no, only feature 1 is correct.
C) no, only feature 2 is correct.
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The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -based on exhibit 1, the rolling yield of aschel over a one-year investment horizon is closest to:</strong> A) −2.56%. B) 0.54%. C) 5.66%.  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-based on exhibit 1, the rolling yield of aschel over a one-year investment horizon is closest to:

A) −2.56%.
B) 0.54%.
C) 5.66%.
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The following information relates to Questions 1-6
Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged.
EXHIBIT 1 Selected Data on Fixed-Income Funds
 Aschel  Current average bond price $117.00 Expected average bond price in one year (end of Year 1) $114.00 Average modified duration 7.07 Average annual coupon payment $3.63 Present value of portfolio’s assets (millions) $136.33 Bond type*  Fixed-coupon bonds 95% Floating-coupon bonds 2% Inflation-linked bonds 3% Quality*  AAA 65% BBB 35% Permot  Rosaiso $91.50$94.60$96.00$97.007.386.99$6.07$6.36$68.50$74.3838%62%34%17%28%21%15%20%65%50% (continued) \begin{array}{l}\begin{array}{lr}&\text { Aschel }\\\hline \text { Current average bond price } & \$ 117.00 \\\text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\\text { Average modified duration } & 7.07 \\\text { Average annual coupon payment } & \$ 3.63 \\\text { Present value of portfolio's assets (millions) } & \$ 136.33 \\\text { Bond type* } & \\\text { Fixed-coupon bonds } & 95 \% \\\text { Floating-coupon bonds } & 2 \% \\\text { Inflation-linked bonds } & 3 \% \\\text { Quality* } & \\\text { AAA } & 65 \% \\\text { BBB } & 35 \%\end{array}\begin{array}{rr}\text { Permot } & \text { Rosaiso } \\\hline \$ 91.50 & \$ 94.60 \\\$ 96.00 & \$ 97.00 \\7.38 & 6.99 \\\$ 6.07 & \$ 6.36 \\\$ 68.50 & \$ 74.38\\\\38 \% & 62 \% \\34 \% & 17 \% \\28 \% & 21 \%\\\\15 \% & 20 \% \\65 \% & 50 \%\\&\text { (continued) }\end{array}\end{array}


 <strong>The following information relates to Questions 1-6 Cécile Perreaux is a junior analyst for an international wealth management firm. her supervi-sor, Margit daasvand, asks Perreaux to evaluate three fixed-income funds as part of the firm's global fixed-income offerings. Selected financial data for the funds aschel, Permot, and rosaiso are presented in exhibit 1. in Perreaux's initial review, she assumes that there is no reinvestment income and that the yield curve remains unchanged. EXHIBIT 1 Selected Data on Fixed-Income Funds  \begin{array}{l}  \begin{array}{lr} &\text { Aschel }\\ \hline \text { Current average bond price } & \$ 117.00 \\ \text { Expected average bond price in one year (end of Year 1) } & \$ 114.00 \\ \text { Average modified duration } & 7.07 \\ \text { Average annual coupon payment } & \$ 3.63 \\ \text { Present value of portfolio's assets (millions) } & \$ 136.33 \\ \text { Bond type* } & \\ \text { Fixed-coupon bonds } & 95 \% \\ \text { Floating-coupon bonds } & 2 \% \\ \text { Inflation-linked bonds } & 3 \% \\ \text { Quality* } & \\ \text { AAA } & 65 \% \\ \text { BBB } & 35 \% \end{array} \begin{array}{rr} \text { Permot } & \text { Rosaiso } \\ \hline \$ 91.50 & \$ 94.60 \\ \$ 96.00 & \$ 97.00 \\ 7.38 & 6.99 \\ \$ 6.07 & \$ 6.36 \\ \$ 68.50 & \$ 74.38\\ \\ 38 \% & 62 \% \\ 34 \% & 17 \% \\ 28 \% & 21 \%\\ \\ 15 \% & 20 \% \\ 65 \% & 50 \%\\ &\text { (continued) } \end{array} \end{array}      after further review of the composition of each of the funds, Perreaux notes the following. note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach. feature 1: it requires no yield curve assumptions. feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data on the two bonds are presented in exhibit 2.  \text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2    \begin{array}{l}  \begin{array}{lc} &\text { Bond } 1\\ \hline \text { Current market value } & \$ 5,000,000 \\ \text { Capital gain/loss } & 400,000 \\ \text { Coupon rate } & 2.05 \% \\ \text { Remaining maturity } & 8 \text { years } \\ \text { Investment view } & \text { Overvalued } \\ \text { Income tax rate } & \\ \text { Capital gains tax rate } \end{array} \begin{array}{cc} & \text { Bond 2 } \\ \hline& \$ 5,000,000 \\ & -400,000 \\ & 2.05 \% \\ & 8 \text { years } \\ & \text { Undervalued } \\ 39 \% & \\ 30 \% &\\  \end{array} \end{array}   -based on exhibit 1, which fund provides the highest level of protection against inflation for coupon payments?</strong> A) aschel B) Permot C) rosaiso  after further review of the composition of each of the funds, Perreaux notes the following.
note 1: aschel is the only fund of the three that uses leverage.note 2: rosaiso is the only fund of the three that holds a significant number of bonds with embedded options.daasvand asks Perreaux to analyze immunization approaches to liability-based mandates for a meeting with villash foundation. villash foundation is a tax-exempt client. Prior to the meeting, Perreaux identifies what she considers to be two key features of a cash flow-matching approach.
feature 1: it requires no yield curve assumptions.
feature 2: Cash flows come from coupons and liquidating bond portfolio positions.two years later, daasvand learns that villash foundation needs $5,000,000 in cash to meet liabilities. She asks Perreaux to analyze two bonds for possible liquidation. Selected data
on the two bonds are presented in exhibit 2.
 EXHIBIT 2 Selected Data for Bonds 1 and 2\text { EXHIBIT } 2 \text { Selected Data for Bonds } 1 \text { and } 2

 Bond 1 Current market value $5,000,000 Capital gain/loss 400,000 Coupon rate 2.05% Remaining maturity 8 years  Investment view  Overvalued  Income tax rate  Capital gains tax rate  Bond 2 $5,000,000400,0002.05%8 years  Undervalued 39%30%\begin{array}{l}\begin{array}{lc}&\text { Bond } 1\\\hline \text { Current market value } & \$ 5,000,000 \\\text { Capital gain/loss } & 400,000 \\\text { Coupon rate } & 2.05 \% \\\text { Remaining maturity } & 8 \text { years } \\\text { Investment view } & \text { Overvalued } \\\text { Income tax rate } & \\\text { Capital gains tax rate }\end{array}\begin{array}{cc} & \text { Bond 2 } \\\hline& \$ 5,000,000 \\& -400,000 \\& 2.05 \% \\& 8 \text { years } \\& \text { Undervalued } \\39 \% & \\30 \% &\\\end{array}\end{array}

-based on exhibit 1, which fund provides the highest level of protection against inflation for coupon payments?

A) aschel
B) Permot
C) rosaiso
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The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-based on exhibit 3, which manager is most likely to have an active management total return mandate?

A) Manager a
B) Manager b
C) Manager C
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The following information relates to Questions
Celia deveraux is chief investment officer for the topanga investors fund, which invests in equities and fixed income. The clients in the fund are all taxable investors. The fixed-income allocation includes a domestic (US) bond portfolio and an externally managed global bond portfolio.
The domestic bond portfolio has a total return mandate, which specifies a long-term re- turn objective of 25 basis points (bps) over the benchmark index. relative to the benchmark, small deviations in sector weightings are permitted, such risk factors as duration must closely match, and tracking error is expected to be less than 50 bps per year.
The objectives for the domestic bond portfolio include the ability to fund future liabili-ties, protect interest income from short-term inflation, and minimize the correlation with the fund's equity portfolio. The correlation between the fund's domestic bond portfolio and equity
portfolio is currently 0.14. deveraux plans to reduce the fund's equity allocation and increase
the allocation to the domestic bond portfolio. She reviews two possible investment strategies.
Strategy 1: Purchase aaa rated fixed-coupon corporate bonds with a modified duration
of two years and a correlation coefficient with the equity portfolio of −0.15.
Strategy 2: Purchase US government agency floating-coupon bonds with a modified du-
ration of one month and a correlation coefficient with the equity portfolioof −0.10.
deveraux realizes that the fund's return may decrease if the equity allocation of the fund is
reduced. deveraux decides to liquidate $20 million of US treasuries that are currently owned
and to invest the proceeds in the US corporate bond sector. to fulfill this strategy, deveraux
asks dan foster, a newly hired analyst for the fund, to recommend treasuries to sell and cor-porate bonds to purchase.
foster recommends treasuries from the existing portfolio that he believes are overvalued
and will generate capital gains. deveraux asks foster why he chose only overvalued bonds
with capital gains and did not include any bonds with capital losses. foster responds with two
statements.
Statement 1: taxable investors should prioritize selling overvalued bonds and always sell
them before selling bonds that are viewed as fairly valued or undervalued.
Statement 2: taxable investors should never intentionally realize capital losses.
regarding the purchase of corporate bonds, foster collects relevant data, which are pre-sented in exhibit 1.  EXHIBIT 1 Selected Data on Three US Corporate Bonds  Bond Characteristics  Bond 1  Bond 2  Bond 3  Credit quality  AA  AA  A  Issue size ($ millions) 1007575 Maturity (years) 577 Total issuance outstanding ($ millions) 1,0001,5001,000 Months since issuance  New issue 36\begin{array}{l}\text { EXHIBIT } 1 \text { Selected Data on Three US Corporate Bonds }\\\begin{array} { l c c c } \hline \text { Bond Characteristics } & \text { Bond 1 } & \text { Bond 2 } & \text { Bond 3 } \\\hline \text { Credit quality } & \text { AA } & \text { AA } & \text { A } \\\text { Issue size (\$ millions) } & 100 & 75 & 75 \\\text { Maturity (years) } & 5 & 7 & 7 \\\text { Total issuance outstanding (\$ millions) } & 1,000 & 1,500 & 1,000 \\\text { Months since issuance } & \text { New issue } & 3 & 6 \\\hline\end{array}\end{array}
deveraux and foster review the total expected 12-month return (assuming no reinvest-ment income) for the global bond portfolio. Selected financial data are presented in exhibit 2.exhibit 2 Selected data on global bond Portfolio
 Notional principal of portfolio (in millions) 200 Average bond coupon payment (per €100 par value) 2.25 Coupon frequency  Annual  Current average bond price 98.45 Expected average bond price in one year (assuming an unchanged yield curve) 98.62 Average bond convexity 22 Average bond modified duration 5.19 Expected average yield and yield spread change 0.15% Expected credit losses 0.13% Expected currency gains ( € appreciation vs. $) 0.65%\begin{array} { l c } \text { Notional principal of portfolio (in millions) } & € 200 \\\text { Average bond coupon payment (per } € 100 \text { par value) } & € 2.25 \\\text { Coupon frequency } & \text { Annual } \\\text { Current average bond price } & € 98.45 \\\text { Expected average bond price in one year (assuming an unchanged yield curve) } & € 98.62 \\\text { Average bond convexity } & 22 \\\text { Average bond modified duration } & 5.19 \\\text { Expected average yield and yield spread change } & 0.15 \% \\\text { Expected credit losses } & 0.13 \% \\\text { Expected currency gains ( } € \text { appreciation vs. \$) } & 0.65 \% \\\hline\end{array}
deveraux contemplates adding a new manager to the global bond portfolio. She reviews three proposals and determines that each manager uses the same index as its benchmark but pursues a different total return approach, as presented in exhibit 3.
 EXHIBIT 3 New Manager Proposals Fixed-Income Portfolio Characteristics  Sector Weights (%) Manager A  Manager B  Manager C  Index  Government 53.552.547.854.1 Agency/quasi-agency 16.216.413.416.0 Corporate 20.022.225.119.8 MBS 10.38.913.710.1 Risk and Return Characteristics  Manager A  Manager B  Manager C  Index  Average maturity (years) 7.637.848.557.56 Modified duration (years) 5.235.256.165.22 Average yield (%) 1.982.082.121.99 Turnover (%) 207220290205\begin{array}{l}\text { EXHIBIT } 3 \text { New Manager Proposals Fixed-Income Portfolio Characteristics }\\\begin{array} { l c c c c } \hline \text { Sector Weights } ( \% ) & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Government } & 53.5 & 52.5 & 47.8 & 54.1 \\\text { Agency/quasi-agency } & 16.2 & 16.4 & 13.4 & 16.0 \\\text { Corporate } & 20.0 & 22.2 & 25.1 & 19.8 \\\text { MBS } & 10.3 & 8.9 & 13.7 & 10.1 \\\hline \text { Risk and Return Characteristics } & \text { Manager A } & \text { Manager B } & \text { Manager C } & \text { Index } \\\hline \text { Average maturity (years) } & 7.63 & 7.84 & 8.55 & 7.56 \\\text { Modified duration (years) } & 5.23 & 5.25 & 6.16 & 5.22 \\\text { Average yield (\%) } & 1.98 & 2.08 & 2.12 & 1.99 \\\text { Turnover (\%) } & 207 & 220 & 290 & 205 \\\hline\end{array}\end{array}

-are foster's statements to deveraux supporting foster's choice of bonds to sell correct?

A) Only Statement 1 is correct.
B) Only Statement 2 is correct.
C) neither Statement 1 nor Statement 2 is correct.
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