CHAPTER 05—TIME VALUE OF MONEY
investments is the same and is greater than zero.
a.
Investment A pays $250 at the end of every year for the next 10 years (a total of 10 payments).
b.
Investment B pays $125 at the end of every 6-month period for the next 10 years (a total of 20 payments).
c.
Investment C pays $125 at the beginning of every 6-month period for the next 10 years (a total of 20
payments).
d.
Investment D pays $2,500 at the end of 10 years (just one payment).
e.
Investment E pays $250 at the beginning of every year for the next 10 years (a total of 10 payments).
MODERATE
Comprehensive
FOFM.BRIG.16.05.00 – Comprehensive
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Time value concepts
Bloom’s: Analysis
Multiple Choice: Conceptual
53. A U.S. Treasury bond will pay a lump sum of $1,000 exactly 3 years from today. The nominal interest rate is 6%,
semiannual compounding. Which of the following statements is CORRECT?
a.
The periodic interest rate is greater than 3%.
b.
The periodic rate is less than 3%.
c.
The present value would be greater if the lump sum were discounted back for more periods.
d.
The present value of the $1,000 would be smaller if interest were compounded monthly rather than
semiannually.
e.
The PV of the $1,000 lump sum has a higher present value than the PV of a 3-year, $333.33 ordinary annuity.
MODERATE
Comprehensive
FOFM.BRIG.16.05.00 – Comprehensive
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Time value concepts
Bloom’s: Analysis
Multiple Choice: Conceptual
CHAPTER 05—TIME VALUE OF MONEY
54. A U.S. Treasury bond will pay a lump sum of $1,000 exactly 3 years from today. The nominal interest rate is 6%,
semiannual compounding. Which of the following statements is CORRECT?
a.
The periodic interest rate is greater than 3%.
b.
The periodic rate is less than 3%.
c.
The present value would be greater if the lump sum were discounted back for more periods.
d.
The present value of the $1,000 would be larger if interest were compounded monthly rather than
semiannually.
e.
The PV of the $1,000 lump sum has a smaller present value than the PV of a 3-year, $333.33 ordinary annuity.
FOFM.BRIG.16.05.00 – Comprehensive
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Time value concepts
Bloom’s: Analysis
Multiple Choice: Conceptual
55. Which of the following statements is CORRECT, assuming positive interest rates and holding other things constant?
a.
The present value of a 5-year, $250 annuity due will be lower than the PV of a similar ordinary annuity.
b.
A 30-year, $150,000 amortized mortgage will have larger monthly payments than an otherwise similar 20-year
mortgage.
c.
A bank loan’s nominal interest rate will always be equal to or less than its effective annual rate.
d.
If an investment pays 10% interest, compounded annually, its effective annual rate will be less than 10%.
e.
Banks A and B offer the same nominal annual rate of interest, but A pays interest quarterly and B pays
semiannually. Deposits in Bank B will provide the higher future value if you leave your funds on deposit.
FOFM.BRIG.16.05.00 – Comprehensive
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Time value concepts
Bloom’s: Analysis
Multiple Choice: Conceptual
56. Which of the following statements is CORRECT, assuming positive interest rates and holding other things constant?
a.
The present value of a 5-year, $250 annuity due will be lower than the PV of a similar ordinary annuity.
b.
A 30-year, $150,000 amortized mortgage will have larger monthly payments than an otherwise similar 20-year
mortgage.
c.
A bank loan’s nominal interest rate will always be equal to or greater than its effective annual rate.
d.
If an investment pays 10% interest, compounded quarterly, its effective annual rate will be greater than 10%.
e.
Banks A and B offer the same nominal annual rate of interest, but A pays interest quarterly and B pays
CHAPTER 05—TIME VALUE OF MONEY
semiannually. Deposits in Bank B will provide the higher future value if you leave your funds on deposit.
FOFM.BRIG.16.05.00 – Comprehensive
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Time value concepts
Bloom’s: Analysis
Multiple Choice: Conceptual
57. Which of the following statements is CORRECT?
a.
The present value of a 3-year, $150 annuity due will exceed the present value of a 3-year, $150 ordinary
annuity.
b.
If a loan has a nominal annual rate of 8%, then the effective rate can never be greater than 8%.
c.
If a loan or investment has annual payments, then the effective, periodic, and nominal rates of interest will all
be different.
d.
The proportion of the payment that goes toward interest on a fully amortized loan increases over time.
e.
An investment that has a nominal rate of 6% with semiannual payments will have an effective rate that is
smaller than 6%.
FOFM.BRIG.16.05.00 – Comprehensive
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Time value concepts
Bloom’s: Analysis
Multiple Choice: Conceptual
58. Which of the following statements is CORRECT?
a.
The present value of a 3-year, $150 ordinary annuity will exceed the present value of a 3-year, $150 annuity
due.
b.
If a loan has a nominal annual rate of 8%, then the effective rate will never be less than 8%.
c.
If a loan or investment has annual payments, then the effective, periodic, and nominal rates of interest will all
be different.
d.
The proportion of the payment that goes toward interest on a fully amortized loan increases over time.
e.
An investment that has a nominal rate of 6% with semiannual payments will have an effective rate that is
smaller than 6%.
CHAPTER 05—TIME VALUE OF MONEY
59. You are considering two equally risky annuities, each of which pays $5,000 per year for 10 years. Investment ORD is
an ordinary (or deferred) annuity, while Investment DUE is an annuity due. Which of the following statements is
CORRECT?
a.
The present value of ORD must exceed the present value of DUE, but the future value of ORD may be less
than the future value of DUE.
b.
The present value of DUE exceeds the present value of ORD, while the future value of DUE is less than the
future value of ORD.
c.
The present value of ORD exceeds the present value of DUE, and the future value of ORD also exceeds the
future value of DUE.
d.
The present value of DUE exceeds the present value of ORD, and the future value of DUE also exceeds the
future value of ORD.
e.
If the going rate of interest decreases from 10% to 0%, the difference between the present value of ORD and
the present value of DUE would remain constant.
FOFM.BRIG.16.05.00 – Comprehensive
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Bloom’s: Analysis
Multiple Choice: Conceptual
60. You are considering two equally risky annuities, each of which pays $5,000 per year for 10 years. Investment ORD is
an ordinary (or deferred) annuity, while Investment DUE is an annuity due. Which of the following statements is
CORRECT?
a.
A rational investor would be willing to pay more for DUE than for ORD, so their market prices should differ.
b.
The present value of DUE exceeds the present value of ORD, while the future value of DUE is less than the
future value of ORD.
c.
The present value of ORD exceeds the present value of DUE, and the future value of ORD also exceeds the
future value of DUE.
d.
The present value of ORD exceeds the present value of DUE, while the future value of DUE exceeds the
future value of ORD.
e.
If the going rate of interest decreases from 10% to 0%, the difference between the present value of ORD and
the present value of DUE would remain constant.
FOFM.BRIG.16.05.00 – Comprehensive
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Time value concepts
Bloom’s: Analysis
Multiple Choice: Conceptual
CHAPTER 05—TIME VALUE OF MONEY
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Bloom’s: Analysis
Multiple Choice: Conceptual
61. Which of the following statements is CORRECT?
a.
If you have a series of cash flows, each of which is positive, you can solve for I, where the solution value of I
causes the PV of the cash flows to equal the cash flow at Time 0.
b.
If you have a series of cash flows, and CF0 is negative but each of the following CFs is positive, you can solve
for I, but only if the sum of the undiscounted cash flows exceeds the cost.
c.
To solve for I, one must identify the value of I that causes the PV of the positive CFs to equal the absolute
value of the PV of the negative CFs. This is, essentially, a trial-and-error procedure that is easy with a
computer or financial calculator but quite difficult otherwise.
d.
If you solve for I and get a negative number, then you must have made a mistake.
e.
If CF0 is positive and all the other CFs are negative, then you cannot solve for I.
FOFM.BRIG.16.05.14 – Solving for I with Uneven Cash Flows
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Solving for I: uneven CFs
Bloom’s: Analysis
Multiple Choice: Conceptual
62. Which of the following statements is CORRECT?
a.
If you have a series of cash flows, each of which is positive, you can solve for I, where the solution value of I
causes the PV of the cash flows to equal the cash flow at Time 0.
b.
If you have a series of cash flows, and CF0 is negative but each of the following CFs is positive, you can solve
for I, but only if the sum of the undiscounted cash flows exceeds the cost.
c.
To solve for I, one must identify the value of I that causes the PV of the positive CFs to equal the absolute
value of the FV of the negative CFs. It is impossible to find the value of I without a computer or financial
calculator.
d.
If you solve for I and get a negative number, then you must have made a mistake.
e.
If CF0 is positive and all the other CFs are negative, then you can still solve for I.
CHALLENGING
FOFM.BRIG.16.05.14 – Solving for I with Uneven Cash Flows
CHAPTER 05—TIME VALUE OF MONEY
63. Which of the following bank accounts has the highest effective annual return?
a.
An account that pays 8% nominal interest with monthly compounding.
b.
An account that pays 8% nominal interest with annual compounding.
c.
An account that pays 7% nominal interest with daily (365-day) compounding.
d.
An account that pays 7% nominal interest with monthly compounding.
e.
An account that pays 8% nominal interest with daily (365-day) compounding.
64. Which of the following bank accounts has the lowest effective annual return?
a.
An account that pays 8% nominal interest with monthly compounding.
b.
An account that pays 8% nominal interest with annual compounding.
c.
An account that pays 7% nominal interest with daily (365-day) compounding.
d.
An account that pays 7% nominal interest with monthly compounding.
e.
An account that pays 8% nominal interest with daily (365-day) compounding.
CHAPTER 05—TIME VALUE OF MONEY
65. You plan to invest some money in a bank account. Which of the following banks provides you with the highest
effective rate of interest?
a.
Bank 1; 6.1% with annual compounding.
b.
Bank 2; 6.0% with monthly compounding.
c.
Bank 3; 6.0% with annual compounding.
d.
Bank 4; 6.0% with quarterly compounding.
e.
Bank 5; 6.0% with daily (365-day) compounding.
e
CHALLENGING
5-16 Comparing Interest Rates
FOFM.BRIG.16.05.16 – Comparing Interest Rates
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Effective annual rate
Bloom’s: Evaluation
Multiple Choice: Problems
66. Sue now has $125. How much would she have after 8 years if she leaves it invested at 8.5% with annual
compounding?
a.
$205.83
b.
$216.67
c.
$228.07
CHALLENGING
5-16 Comparing Interest Rates
FOFM.BRIG.16.05.16 – Comparing Interest Rates
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Effective annual rate
Bloom’s: Evaluation
CHAPTER 05—TIME VALUE OF MONEY
d.
$240.08
e.
$252.08
EASY
67. Jose now has $500. How much would he have after 6 years if he leaves it invested at 5.5% with annual compounding?
a.
$591.09
b.
$622.20
c.
$654.95
d.
$689.42
e.
$723.89
EASY
68. Suppose you have $1,500 and plan to purchase a 5-year certificate of deposit (CD) that pays 3.5% interest,
compounded annually. How much will you have when the CD matures?
a.
$1,781.53
b.
$1,870.61
c.
$1,964.14
d.
$2,062.34
e.
$2,165.46
CHAPTER 05—TIME VALUE OF MONEY
a
EASY
69. Suppose you have $2,000 and plan to purchase a 10-year certificate of deposit (CD) that pays 6.5% interest,
compounded annually. How much will you have when the CD matures?
a.
$3,754.27
b.
$3,941.99
c.
$4,139.09
d.
$4,346.04
e.
$4,563.34
a
EASY
70. Last year Rocco Corporation’s sales were $225 million. If sales grow at 6% per year, how large (in millions) will they
be 5 years later?
a.
$271.74
b.
$286.05
c.
$301.10
d.
$316.16
e.
$331.96
c
CHAPTER 05—TIME VALUE OF MONEY
EASY
5-2 Future Values
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Bloom’s: Application
71. Last year Dania Corporation’s sales were $525 million. If sales grow at 7.5% per year, how large (in millions) will
they be 8 years later?
a.
$ 845.03
b.
$ 889.51
c.
$ 936.33
d.
$ 983.14
e.
$1,032.30
c
EASY
5-2 Future Values
FOFM.BRIG.16.05.02 – Future Values
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Bloom’s: Application
72. How much would $1, growing at 3.5% per year, be worth after 75 years?
a.
$12.54
b.
$13.20
c.
$13.86
d.
$14.55
e.
$15.28
CHAPTER 05—TIME VALUE OF MONEY
73. How much would $100, growing at 5% per year, be worth after 75 years?
a.
$3,689.11
b.
$3,883.27
c.
$4,077.43
d.
$4,281.30
e.
$4,495.37
EASY
74. You deposit $1,000 today in a savings account that pays 3.5% interest, compounded annually. How much will your
account be worth at the end of 25 years?
a.
$2,245.08
b.
$2,363.24
c.
$2,481.41
d.
$2,605.48
e.
$2,735.75
EASY
CHAPTER 05—TIME VALUE OF MONEY
EASY
75. You deposit $500 today in a savings account that pays 3.5% interest, compounded annually. How much will your
account be worth at the end of 25 years?
a.
$1,122.54
b.
$1,181.62
c.
$1,240.70
d.
$1,302.74
e.
$1,367.88
EASY
76. Suppose a State of New York bond will pay $1,000 ten years from now. If the going interest rate on these 10-year
bonds is 5.5%, how much is the bond worth today?
a.
$585.43
b.
$614.70
c.
$645.44
d.
$677.71
e.
$711.59
a
CHAPTER 05—TIME VALUE OF MONEY
77. Suppose a State of California bond will pay $1,000 eight years from now. If the going interest rate on these 8-year
bonds is 5.5%, how much is the bond worth today?
a.
$651.60
b.
$684.18
c.
$718.39
d.
$754.31
e.
$792.02
a
EASY
78. How much would $20,000 due in 50 years be worth today if the discount rate were 7.5%?
a.
$438.03
b.
$461.08
c.
$485.35
d.
$510.89
e.
$537.78
e
EASY
EASY
CHAPTER 05—TIME VALUE OF MONEY
79. How much would $5,000 due in 25 years be worth today if the discount rate were 5.5%?
a.
$1,067.95
b.
$1,124.16
c.
$1,183.33
d.
$1,245.61
e.
$1,311.17
e
EASY
80. Suppose a U.S. treasury bond will pay $2,500 five years from now. If the going interest rate on 5-year treasury bonds
is 4.25%, how much is the bond worth today?
a.
$1,928.78
b.
$2,030.30
c.
$2,131.81
d.
$2,238.40
e.
$2,350.32
EASY
CHAPTER 05—TIME VALUE OF MONEY
81. Suppose an Exxon Corporation bond will pay $4,500 ten years from now. If the going interest rate on safe 10-year
bonds is 4.25%, how much is the bond worth today?
a.
$2,819.52
b.
$2,967.92
c.
$3,116.31
d.
$3,272.13
e.
$3,435.74
EASY
82. Suppose the U.S. Treasury offers to sell you a bond for $747.25. No payments will be made until the bond matures 5
years from now, at which time it will be redeemed for $1,000. What interest rate would you earn if you bought this bond
at the offer price?
a.
4.37%
b.
4.86%
c.
5.40%
d.
6.00%
e.
6.60%
EASY
CHAPTER 05—TIME VALUE OF MONEY
83. Suppose the U.S. Treasury offers to sell you a bond for $3,000. No payments will be made until the bond matures 10
years from now, at which time it will be redeemed for $5,000. What interest rate would you earn if you bought this bond
at the offer price?
a.
3.82%
b.
4.25%
c.
4.72%
d.
5.24%
e.
5.77%
EASY
84. Ten years ago, Lucas Inc. earned $0.50 per share. Its earnings this year were $2.20. What was the growth rate in
earnings per share (EPS) over the 10-year period?
a.
15.17%
b.
15.97%
c.
16.77%
d.
17.61%
e.
18.49%
EASY
CHAPTER 05—TIME VALUE OF MONEY
85. Five years ago, Weed Go Inc. earned $1.50 per share. Its earnings this year were $3.20. What was the growth rate in
earnings per share (EPS) over the 5-year period?
a.
15.54%
b.
16.36%
c.
17.18%
d.
18.04%
e.
18.94%
EASY
86. Janice has $5,000 invested in a bank that pays 3.8% annually. How long will it take for her funds to triple?
a.
23.99
b.
25.26
c.
26.58
d.
27.98
e.
29.46
e
EASY
87. Bob has $2,500 invested in a bank that pays 4% annually. How long will it take for his funds to double?
a.
14.39
CHAPTER 05—TIME VALUE OF MONEY
b.
15.15
c.
15.95
d.
16.79
e.
17.67
e
EASY
88. Last year Thomson Inc’s earnings per share were $3.50, and its growth rate during the prior 5 years was 9.0% per year.
If that growth rate were maintained, how many years would it take for Thomson’s EPS to triple?
a.
9.29
b.
10.33
c.
11.47
d.
12.75
e.
14.02
EASY
89. You plan to invest in securities that pay 8.0%, compounded annually. If you invest $5,000 today, how many years will
it take for your investment to grow to $9,140.20?
a.
5.14
b.
5.71
CHAPTER 05—TIME VALUE OF MONEY
c.
6.35
d.
7.05
e.
7.84
e
EASY
90. You plan to invest in bonds that pay 6.0%, compounded annually. If you invest $10,000 today, how many years will it
take for your investment to grow to $30,000?
a.
12.37
b.
13.74
c.
15.27
d.
16.97
e.
18.85
e
EASY
91. You want to buy a new sports car 3 years from now, and you plan to save $4,200 per year, beginning one year from
today. You will deposit your savings in an account that pays 5.2% interest. How much will you have just after you make
the 3rd deposit, 3 years from now?
a.
$11,973
b.
$12,603
c.
$13,267
CHAPTER 05—TIME VALUE OF MONEY
d.
$13,930
e.
$14,626
c
EASY
5-7 Future Value of an Ordinary Annuity
FOFM.BRIG.16.05.07 – Future Value of an Ordinary Annuity
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Bloom’s: Application
92. You want to buy a new ski boat 2 years from now, and you plan to save $8,200 per year, beginning one year from
today. You will deposit your savings in an account that pays 6.2% interest. How much will you have just after you make
the 2nd deposit, 2 years from now?
a.
$15,260
b.
$16,063
c.
$16,908
d.
$17,754
e.
$18,642
c
EASY
5-7 Future Value of an Ordinary Annuity
FOFM.BRIG.16.05.07 – Future Value of an Ordinary Annuity
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Bloom’s: Application
93. You want to go to Europe 5 years from now, and you can save $3,100 per year, beginning one year from today. You
plan to deposit the funds in a mutual fund that you think will return 8.5% per year. Under these conditions, how much
would you have just after you make the 5th deposit, 5 years from now?
a.
$18,369
b.
$19,287
c.
$20,251