1.
Present and future value tables of $1 at 3% are presented below: NFV $1PV $1FVA $1PVA $1FVAD $1PVAD $111.030000.970871.00000.970871.03001.0000021.060900.942602.03001.913472.09091.9708731.092730.915143.09092.828613.18362.9134741.125510.888494.18363.717104.30913.8286151.159270.862615.30914.579715.46844.7171061.194050.837486.46845.417196.66255.5797171.229870.813097.66256.230287.89236.4171981.266770.789418.89237.019699.15917.2302891.304770.7664210.15917.7861110.46398.01969101.343920.7440911.46398.5302011.80788.78611111.384230.7224212.80789.2526213.19209.53020121.425760.7013814.19209.9540014.617810.25262131.468530.6809515.617810.6349616.086310.95400141.512590.6611217.086311.2960717.598911.63496151.557970.6418618.598911.9379419.156912.29607161.604710.6231720.156912.5611020.761612.93794
Today Thomas deposited $130,000 in a 2-year, 12% CD that compounds quarterly. What is the maturity value of the CD?
A. 
B. 
C. 
D. 
2.
Present and future value tables of $1 at 3% are presented below: NFV $1PV $1FVA $1PVA $1FVAD $1PVAD $111.030000.970871.00000.970871.03001.0000021.060900.942602.03001.913472.09091.9708731.092730.915143.09092.828613.18362.9134741.125510.888494.18363.717104.30913.8286151.159270.862615.30914.579715.46844.7171061.194050.837486.46845.417196.66255.5797171.229870.813097.66256.230287.89236.4171981.266770.789418.89237.019699.15917.2302891.304770.7664210.15917.7861110.46398.01969101.343920.7440911.46398.5302011.80788.78611111.384230.7224212.80789.2526213.19209.53020121.425760.7013814.19209.9540014.617810.25262131.468530.6809515.617810.6349616.086310.95400141.512590.6611217.086311.2960717.598911.63496151.557970.6418618.598911.9379419.156912.29607161.604710.6231720.156912.5611020.761612.93794
Carol wants to invest money in a 6% CD account that compounds
semiannually. Carol would like the account to have a balance of $90,000
8 years from now. How much must Carol deposit to accomplish her goal?
A. 
B. 
C. 
D. 
3.
Present and future value tables of $1 at 3% are presented below: NFV $1PV $1FVA $1PVA $1FVAD $1PVAD $111.030000.970871.00000.970871.03001.0000021.060900.942602.03001.913472.09091.9708731.092730.915143.09092.828613.18362.9134741.125510.888494.18363.717104.30913.8286151.159270.862615.30914.579715.46844.7171061.194050.837486.46845.417196.66255.5797171.229870.813097.66256.230287.89236.4171981.266770.789418.89237.019699.15917.2302891.304770.7664210.15917.7861110.46398.01969101.343920.7440911.46398.5302011.80788.78611111.384230.7224212.80789.2526213.19209.53020121.425760.7013814.19209.9540014.617810.25262131.468530.6809515.617810.6349616.086310.95400141.512590.6611217.086311.2960717.598911.63496151.557970.6418618.598911.9379419.156912.29607161.604710.6231720.156912.5611020.761612.93794
Shane wants to invest money in a 6% CD account that compounds
semiannually. Shane would like the account to have a balance of
$100,000 3.5 years from now. How much must Shane deposit to accomplish
his goal?
A. 
B. 
C. 
D. 
4.
Present and future value tables of $1 at 3% are presented below: NFV $1PV $1FVA $1PVA $1FVAD $1PVAD $111.030000.970871.00000.970871.03001.0000021.060900.942602.03001.913472.09091.9708731.092730.915143.09092.828613.18362.9134741.125510.888494.18363.717104.30913.8286151.159270.862615.30914.579715.46844.7171061.194050.837486.46845.417196.66255.5797171.229870.813097.66256.230287.89236.4171981.266770.789418.89237.019699.15917.2302891.304770.7664210.15917.7861110.46398.01969101.343920.7440911.46398.5302011.80788.78611111.384230.7224212.80789.2526213.19209.53020121.425760.7013814.19209.9540014.617810.25262131.468530.6809515.617810.6349616.086310.95400141.512590.6611217.086311.2960717.598911.63496151.557970.6418618.598911.9379419.156912.29607161.604710.6231720.156912.5611020.761612.93794
Bill wants to give Maria a $550,000 gift in 6.5 years. If
money is worth 6% compounded semiannually, what is Maria's gift worth
today?
Your Answer:
A. 
B. 
C. 
D. 
5.
Present and future value tables of $1 at 3% are presented below: NFV $1PV $1FVA $1PVA $1FVAD $1PVAD $111.030000.970871.00000.970871.03001.0000021.060900.942602.03001.913472.09091.9708731.092730.915143.09092.828613.18362.9134741.125510.888494.18363.717104.30913.8286151.159270.862615.30914.579715.46844.7171061.194050.837486.46845.417196.66255.5797171.229870.813097.66256.230287.89236.4171981.266770.789418.89237.019699.15917.2302891.304770.7664210.15917.7861110.46398.01969101.343920.7440911.46398.5302011.80788.78611111.384230.7224212.80789.2526213.19209.53020121.425760.7013814.19209.9540014.617810.25262131.468530.6809515.617810.6349616.086310.95400141.512590.6611217.086311.2960717.598911.63496151.557970.6418618.598911.9379419.156912.29607161.604710.6231720.156912.5611020.761612.93794
A. 
B. 
C. 
D. 
6.
Present and future value tables of $1 at 3% are presented below:
N
FV $1
PV $1
FVA $1
PVA $1
FVAD $1
PVAD $1
1
1.03000
0.97087
1.0000
0.97087
1.0300
1.00000
2
1.06090
0.94260
2.0300
1.91347
2.0909
1.97087
3
1.09273
0.91514
3.0909
2.82861
3.1836
2.91347
4
1.12551
0.88849
4.1836
3.71710
4.3091
3.82861
5
1.15927
0.86261
5.3091
4.57971
5.4684
4.71710
6
1.19405
0.83748
6.4684
5.41719
6.6625
5.57971
7
1.22987
0.81309
7.6625
6.23028
7.8923
6.41719
8
1.26677
0.78941
8.8923
7.01969
9.1591
7.23028
9
1.30477
0.76642
10.1591
7.78611
10.4639
8.01969
10
1.34392
0.74409
11.4639
8.53020
11.8078
8.78611
11
1.38423
0.72242
12.8078
9.25262
13.1920
9.53020
12
1.42576
0.70138
14.1920
9.95400
14.6178
10.25262
13
1.46853
0.68095
15.6178
10.63496
16.0863
10.95400
14
1.51259
0.66112
17.0863
11.29607
17.5989
11.63496
15
1.55797
0.64186
18.5989
11.93794
19.1569
12.29607
16
1.60471
0.62317
20.1569
12.56110
20.7616
12.93794
Shelley wants to cash in her winning lottery ticket. She can either receive five, $190,000 semiannual payments starting today, or she can receive a lump-sum payment now based on a 6% annual interest rate. What is the equivalent lump-sum
A. 
B. 
C. 
D. 
7.
Present and future value tables of $1 at 3% are presented below:
N
FV $1
PV $1
FVA $1
PVA $1
FVAD $1
PVAD $1
1
1.03000
0.97087
1.0000
0.97087
1.0300
1.00000
2
1.06090
0.94260
2.0300
1.91347
2.0909
1.97087
3
1.09273
0.91514
3.0909
2.82861
3.1836
2.91347
4
1.12551
0.88849
4.1836
3.71710
4.3091
3.82861
5
1.15927
0.86261
5.3091
4.57971
5.4684
4.71710
6
1.19405
0.83748
6.4684
5.41719
6.6625
5.57971
7
1.22987
0.81309
7.6625
6.23028
7.8923
6.41719
8
1.26677
0.78941
8.8923
7.01969
9.1591
7.23028
9
1.30477
0.76642
10.1591
7.78611
10.4639
8.01969
10
1.34392
0.74409
11.4639
8.53020
11.8078
8.78611
11
1.38423
0.72242
12.8078
9.25262
13.1920
9.53020
12
1.42576
0.70138
14.1920
9.95400
14.6178
10.25262
13
1.46853
0.68095
15.6178
10.63496
16.0863
10.95400
14
1.51259
0.66112
17.0863
11.29607
17.5989
11.63496
15
1.55797
0.64186
18.5989
11.93794
19.1569
12.29607
16
1.60471
0.62317
20.1569
12.56110
20.7616
12.93794
Jose wants to cash in his winning lottery ticket. He can either receive seven, $6,000 semiannual payments starting today, or he can receive a lump-sum payment now based on a 6% annual interest rate. What would be the lump-sum payment?
A. 
B. 
C. 
D. 
8.
Present and future value tables of 1 at 11% are presented below. PV ofFV ofPVA of FVA of $1$1 $1 $11.900901.11000.900901.00002.811621.232101.712522.11003.731191.367632.443713.34214.658731.518073.102454.70975.593451.685063.695906.22786.534641.870414.230547.9129
Spielberg Inc. signed a $190,000 noninterest-bearing note due
in five years from a production company eager to do business.
Comparable borrowings have carried an 11% interest rate. At what amount
should this debt be valued at its inception?
A. 
B. 
C. 
D. 
9.
Present and future value tables of 1 at 11% are presented below.
PV of
FV of
PVA of
FVA of
$1
$1
$1
$1
1
.90090
1.11000
.90090
1.0000
2
.81162
1.23210
1.71252
2.1100
3
.73119
1.36763
2.44371
3.3421
4
.65873
1.51807
3.10245
4.7097
5
.59345
1.68506
3.69590
6.2278
6
.53464
1.87041
4.23054
7.9129
Polo Publishers purchased a multi-color offset press with terms of $55,000 down and a noninterest-bearing note requiring payment of $40,000 at the end of each year for five years. The interest rate implicit in the purchase contract is 11%. Polo would record the asset at:
A. 
B. 
C. 
D. 
10.
A series of equal periodic payments that starts more than one period after the agreement is called:
A. 
B. 
C. 
D. 
11.
Yamaha Inc. hires a new chief financial officer and
promises to pay him a lump sum bonus four years after he joins the
company. The new CFO insists that the company invest an amount of money
at the beginning of each year in a 7% fixed rate investment fund to
insure the bonus will be available. To determine the amount that must
be invested each year, a computation must be made using the formula for:
A. 
Future value of a deferred annuity
B. 
Future value of an ordinary annuity
C. 
Future value of an annuity
D. 
12.
Zulu Corporation hires a new chief executive officer and
promises to pay her a signing bonus of $2 million per year for 10
years, starting five years after she joins the company. The liability
for this bonus when the CEO is hired:
A. 
Is the present value of a deferred annuity.
B. 
Is zero because no cash is owed for five years
C. 
Is the present value of an annuity due
D. 
13.
Which of the following must be known to compute the interest rate paid from financing an asset purchase with an annuity?
A. 
Fair value of the asset purchased, number and dollar amount of the annuity payments.
B. 
Fair value of the asset and timing of the annuity payments.
C. 
Number of annuity payments and future value of the annuity.
D. 
Present value of the annuity, dollar amount and timing of the annuity payments.
14.
Loan C has the same principal amount, payment amount and
maturity date as Loan D. However, Loan C is structured as an annuity
due while Loan D is structured as an ordinary annuity. Loan C's
interest rate is:
A. 
B. 
C. 
Indeterminate compared to Loan D
D.