13 - Başkent Üniversitesi



CHP.3. THE TIME VALUE OF MONEY

1. What is the future value of $10,000 on deposit for five years at 6% simple interest?

A) $7,472.58

B) $10,303.62

C) $13,000.00

D) $13,382.26

Answer: C Difficulty: Medium Page: 59, 6th paragraph.

FV = PV + (PV x r x t)

(10,000) + ((10,000 x .06) x 5) = $13,000.00

2. How much will accumulate in an account with an initial deposit of $100, and which earns 10% interest compounded quarterly for three years?

A) $107.69

B) $133.10

C) $134.49

D) $313.84

Answer: C Difficulty: Medium Page: 61, Table 3.2.

FV = PV (1+r)t

100 (1.025)12 = 134.49

3. How much can be accumulated for retirement if $2,000 is deposited annually, beginning one year from today, and the account earns 9% interest compounded annually for 40 years?

A) $ 87,200.00

B) $675,764.89

C) $736,583.73

D) $802,876.27

Answer: B Difficulty: Medium Page: 83, Table 3.5.

PV = 2000 [pic]

= 2000 x 337.8824

=$675,764.89

4. Assume the total expense for your current year in college equals $20,000. Approximately how much would your parents have needed to invest 21 years ago in an account paying 8% compounded annually to cover this amount?

A) $ 952

B) $1,600

C) $1,728

D) $3,973

Answer: D Difficulty: Medium Page: 61, Table 3.2.

$20,000 = x(1.08)21

$20,000 = 5.0338x

$3,973.12 = x

5. What is the present value of your trust fund if it promises to pay you $50,000 on your 30th birthday (7 years from today) and earns 10% compounded annually?

A) $25,000.00

B) $25,657.91

C) $28,223.70

D) $29,411.76

Answer: B Difficulty: Medium Page: 91, 5th paragraph.

PV = [pic]

= [pic]

= $25,657.91

6. What is the present value of the following payment stream, discounted at 8% annually: $1,000 at the end of year 1, $2,000 at the end of year 2, and $3,000 at the end of year 3?

A) $5,022.11

B) $5,144.03

C) $5,423.87

D) $5,520.00

Answer: A Difficulty: Medium Page: 73, Figure 3.7.

PV = [pic]

= 925.93 + 1,714.68 + 2,381.50

= $5,022.11

7. What is the present value of a four-period annuity of $100 per year that begins two years from today if the discount rate is 9%?

A) $297.21

B) $323.86

C) $356.85

D) $388.97

Answer: A Difficulty: Hard Page: 77, Table 3.4.

PV1 = 100 [pic]

= 100 [11.111 – 7.8714]

PV1 = 323.97

PV0 = [pic]

= $297.21

8. How much must be invested today in order to generate a five-year annuity of $1,000 per year, with the first payment one year from today, at an interest rate of 12%?

A) $3,604,78

B) $3,746.25

C) $4,037.35

D) $4,604.78

Answer: A Difficulty: Medium Page: 72, 3rd paragraph.

PV = [pic]

= 3,604.78

9. The salesperson offers, “Buy this new car for $25,000 cash or, with appropriate down payment, pay $500 per month for 48 months at 8% interest.” Assuming that the salesperson does not offer a free lunch, calculate the “appropriate” down payment.

A) $1,000.00

B) $4,520.64

C) $5,127.24

D) $8,000.00

Answer: B Difficulty: Medium Page: 73, 2nd paragraph.

PV = $500[pic]

= $500 [149.925 – 108.9663]

= $500 [40.9587]

= $20,479.36

A difference of $4,520.64 exists between cash price and loan value. This should be the downpayment.

10. What is the present value of a five period annuity of $3,000 if the interest rate is 12% and the first payment is made today?

A) $9,655.65

B) $10,814.33

C) $12,112.05

D) $13,200.00

Answer: C Difficulty: Medium Page: 76, 2nd paragraph.

PV = 3,000 [pic]+3000

= 3,000 [8.33 – 5.296) + 3,000

= $12,112.05

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