EA-1(A)
Examination Questions
Spring,
1998
Question 1
Initial deposit to a fund: $35,000.
Withdrawal from the fund at the
end of the fourth year: $70,000.
Value of the fund at the end of
the eighth year: $14,000.
No other deposits or withdrawals
were made during the eight-year period.
In what range is the annual rate
of return for the fund during the eight-year period?
[A] Less than 14%
[B] 14% but less than 19%
[C] 19% but less than 24%
[D] 24% but less than 29%
[E] 29% or more
Question 2
Market value of a pension fund on
12/31/96: $60,000.
Contribution made on
10/31/97: $30,000.
Benefit
payments made during 1997: $1,000
per month, paid on the first day of each month.
Using
simple interest:
Dollar-weighted rate of return for
1997: 7.0%.
Expected rate of return for
1997: 6.0%.
In what
range is the investment gain for 1997?
[A] Less than $590
[B] $590 but less than $640
[C] $640 but less than $690
[D] $690 but less than $740
[E] $740 or more
Question 3
At age 30,
Smith established a savings account with an initial deposit of $5,500. He
determined that by making 30 additional annual deposits of $5,500 at each
subsequent age he would accumulate $1,000,000 in the savings account at age 61.
At age 45,
the annual rate of return from age 30 to age 45 is determined to be 9% per
year, compounded annually. If he continues to earn this rate of return to age
61, he will not accumulate $1,000,000 at age 61.
Beginning
with the deposit made at age 45, Smith changes the 16 remaining annual deposits
to $X in order to accumulate $1,000,000 in the savings account at age 61. He
assumes the annual rate of return continues to be 9% per year.
In what
range is $X?
[A] Less than $7,000
[B] $7,000 but less than $8,000
[C] $8,000 but less than $9,000
[D] $9,000 but less than $10,000
[E] $10,000 or more
Question 4
Terms of an annuity:
Date
of first payment: 1/1/99.
Frequency
of payments: Monthly.
Amount of each payment:
First 5 years: $500 per month.
Next 5 years: $650 per month.
Final payment: $10,000
on 1/1/2009.
Interest
rate: 7% per year, compounded annually.
In what
range is the present value of the annuity as of 1/1/98?
[A] Less than $50,500
[B] $50,500 but less than $51,500
[C] $51,500 but less than $52,500
[D] $52,500 but less than $53,500
[E] $53,500 or more
Question 5
Date of a
loan: 1/1/98.
Amount of
loan: $10,000.
Date of
each repayment: 12/31.
Repayment
schedule:
Repayment
Years Amounts
1998 - 2002: $1,000.
2003 - 2004: $0.
2005: $3,000.
2006 - 2011: $1,000.
2012: Balance of
loan.
Interest
rate: 7% per year, compounded annually.
In what
range is the amount of interest included in the repayment to be made in 2007?
[A] Less than $425
[B] $425 but less than $450
[C] $450 but less than $475
[D] $475 but less than $500
[E] $500 or more
Question 6
Total face
amount of a serial bond: $10,000.
Purchase
date: 1/1/98.
Maturity
value: $10,000.
Maturity
date: 12/31/2017.
Coupon
rate: 7% per year, payable on each
12/31.
Yield
rate: 12% per year, compounded
annually.
5% of the
bond will be redeemed at par each 12/31 during the 20-year period 1998 through
2017.
In what
range is the purchase price of the bond on 1/1/98?
[A] Less than $7,500
[B] $7,500 but less than $8,000
[C] $8,000 but less than $8,500
[D] $8,500 but less than $9,000
[E] $9,000 or more
Question 7
Selected
annuity values:
= 14.030
= 52.344
In what
range is the effective annual interest rate?
[A] Less than 5.00%
[B] 5.00% but less than 5.25%
[C] 5.25% but less than 5.50%
[D] 5.50% but less than 5.75%
[E] 5.75% or more
Question 8
Date of a
loan: 1/1/96.
Interest
rate: 18% per year, compounded monthly.
Date of
first repayment: 1/31/96.
Frequency
of repayments: Monthly.
Number of
repayments: 36.
In what
range is the ratio of total interest paid to total principal repaid through the
12/31/97 repayment?
[A] Less than .40
[B] .40 but less than .42
[C] .42 but less than .44
[D] .44 but less than .46
[E] .46 or more
Question 9
Smith is
to repay a loan in 30 annual installments of $10,000 each, beginning one year
after the date of the loan. Immediately after the seventh payment, Smith
borrows an additional $50,000 and combines this loan with the outstanding
balance of the original loan.
Interest
rate for both loans: 7% per year,
compounded annually.
With
respect to the combined loan:
Date of first repayment: 1 year after the loans are combined.
Frequency of repayments: Annually.
Number of repayments: 14.
In what
range is the interest included in the second installment of the combined loan
repayment?
[A] Less than $10,000
[B] $10,000 but less than $10,500
[C] $10,500 but less than $11,000
[D] $11,000 but less than $11,500
[E] $11,500 or more
Question
10
On August
31, 1998, Smith will make a donation to the benefactor fund of his alma mater
to provide for the following:
1. A single four-year tuition scholarship.
Frequency
and amount of tuition payments: Semiannually
on each 9/1 and 3/1
in equal amounts.
Annual
tuition for the 1998-1999 school year:
$20,000.
Increase
in annual tuition: 2.5% per year,
compounded annually.
Date of
first tuition payment from scholarship:
9/1/2001.
2. An annual perpetuity to the school.
Date of
first perpetuity payment: 9/1/2005.
Amount of
first perpetuity payment: $100,000.
Increase in annual perpetuity
payments: 2.5% per year, compounded
annually.
Interest
rate on benefactor fund: 8% per year,
compounded annually.
In what
range is the amount of the donation?
[A] Less than $1,202,000
[B] $1,202,000 but less than $1,204,000
[C] $1,204,000 but less than $1,206,000
[D] $1,206,000 but less than $1,208,000
[E] $1,208,000 or more
Question
11
Data for a
two bond portfolio:
Bond
1 Bond 2
Face
amount $1,000 $1,000
Term 10 years 13 years
Coupon
amount $90 None
Coupon
frequency Annually N/A
Modified
duration 6.42 years
Interest
rate 9% per year,
9% per year,
compounded compounded
annually
annually
In what
range is the modified duration of the two bond portfolio?
[A] Less than 7.9 years
[B] 7.9 years but less than 8.4 years
[C] 8.4 years but less than 8.9 years
[D] 8.9 years but less than 9.4 years
[E] 9.4 years or more
Question
12
The
purchase price of a ten-year $1,000 zero coupon bond is $620.00.
Forty
percent of the bond will be called after 5 years for $320.00.
In what
range is the yield rate?
[A] Less than 4.95%
[B] 4.95% but less than 5.05%
[C] 5.05% but less than 5.15%
[D] 5.15% but less than 5.25%
[E] 5.25% or more
Question
13
Data from a two decrement (death
and withdrawal) table:
The
absolute rate of death: .035.
The
probability of withdrawal is 5 times the probability of death.
Decrements are assumed to occur
uniformly during the year.
In what range is the absolute rate
of withdrawal?
[A] Less than .162
[B] .162 but less than .166
[C] .166 but less than .170
[D] .170 but less than .174
[E] .174 or more
Question 14
Smith and Brown are the same age.
The probability that at least one
will die during the next year is not zero and is equal to 20 times the
probability that both will die during the next year.
In what range is the probability
that exactly one will die during the next year?
[A] Less than .100
[B] .100 but less than .125
[C] .125 but less than .150
[D] .150 but less than .175
[E] .175 or more
Question
15
Selected
values:
10p25:35:45
= .770
(5p45:50)
(5q40) = .029
15p25
= .975
In what
range is 20p25?
[A] Less than .80
[B] .80 but less than .85
[C] .85 but less than .90
[D] .90 but less than .95
[E] .95 or more
Question 16
Selected values:
n n|q105
1 .2667
2 .1000
3 .0267
4 .0067
5 .0000
Interest
rate: 8% per year, compounded annually.
In what
range is $1,000a105?
[A] Less than $550
[B] $550 but less than $750
[C] $750 but less than $950
[D] $950 but less than $1,150
[E] $1,150 or more
Question
17
Data from
a mortality table where deaths are uniformly distributed throughout the year of
age:
x ![]()
50 23.2
51 22.4
52 21.7
53 20.9
54 20.2
In what
range is 3q50?
[A] Less than .025
[B] .025 but less than .027
[C] .027 but less than .029
[D] .029 but less than .031
[E] .031 or more
Question 18
Payments under an annual annuity
payable at the end of each year:
If annuitants Smith, Brown and
Green are all alive:
$200 to Smith, age x
$200 to Brown, age y
$800 to Green, age z
If any of the annuitants die, their
portion of the annuity will be equally divided among the surviving
annuitant(s).
There are no other death benefits
payable.
Selected
values:
ax = 12 ay = 10 az = 8
axy = 9 axz = 7 ayz = 6
axyz = 5
In what
range is the present value of Smith’s portion of the annuity?
[A] Less than $4,000
[B] $4,000 but less than $4,500
[C] $4,500 but less than $5,000
[D] $5,000 but less than $5,500
[E] $5,500 or more
Question
19
Provisions
of two $100,000 one-year term, single premium, insurance policies:
Policy A: Payable at the end of the year if at
least one of Smith, Brown and Green dies during the year.
Policy B: Payable at the end of the year if at
least one of Smith and Green dies during the year.
Gross
premium (contract premium):
Policy A: $8,000.
Policy B: $5,000.
Expense
load for each policy: 7% of the net
premium (benefit premium).
Interest
rate: 7% per year, compounded annually.
In what
range is the probability that Brown will survive for one year?
[A] Less than .9670
[B] .9670 but less than .9680
[C] .9680 but less than .9690
[D] .9690 but less than .9700
[E] .9700 or more
Question 20
Three annuities with annual
payments commencing on 12/31/98:
Annuity A: Pays $2,000 per year while at least one
of Smith and Brown is alive.
Annuity B: Pays $4,000 per year while both Smith
and Brown are alive, and $2,000 per year when exactly one of them is alive.
Annuity C: Pays $5,000 per year while both Smith
and Brown are alive, and $3,000 per year when exactly one of them is alive.
Present value of Annuity A at
1/1/98: $34,000.
Present value of Annuity B at
1/1/98: $50,000.
In what
range is the present value of Annuity C at 1/1/98?
[A] Less than $66,000
[B] $66,000 but less than $68,000