ACC 371 Week 4 Quiz 6 | Mercer University
- Mercer University / ACC 371
- 21 Jul 2021
- Price: $5
- Accounting & Economics Assignment Help / Finance
ACC 371 Week 4 Quiz 6 | Mercer University
Question 1
Alberta Corp. is looking to invest $8,000 in an account with an annual rate of 5.6%, compounded annually over 6 years. However, the CFO wants to consider other investment options.
Which of the following investments will return the most for Alberta?
Investing $8,000 in an account with an annual rate of 5.6% compounded annually over 6 years.
The same as A but with an annual interest rate of 6%.
The same as A but compounded semiannually.
The same as A but investing $8,200 initially.
The same as A but investing $8,100 and compounding quarterly
RATE NPER PMT PV FV
A 0.056 6 0 -8000 $11,093.63
B 0.060 6 0 -8000 $11,348.15
C 0.028 12 0 -8000 $11,143.13
D 0.056 6 0 -8200 $11,370.97
E 0.014 24 0 -8100 $11,308.26
RATE NPER PMT PV FV
A 0.056 6 0 -8000 $11,093.63
B 0.060 6 0 -8000 $11,348.15
C 0.028 12 0 -8000 $11,143.13
D 0.056 6 0 -8200 $11,370.97
E 0.014 24 0 -8100 $11,308.26
Question 2
On January 1, 2020, Flannagan Fencing Corp. establishes a debt retirement fund to pay off a $500,000 debt due in 8 years. If the fund earns interest at 6% and payments will be made monthly, starting January 1, 2020, what amount must be deposited each month? Round your answer to the nearest dollar.
$ 6,571
$ 4,050
$28,408
$ 6,538
$ 7,677
Question 3
Simple Leasing Co. leases equipment to Sullivan Dynamics over an 8-year period with payments due annually starting immediately on January 1, 2020. The equipment has a useful life of 8 years and no salvage value. Simple Leasing Co. builds a 13% rate of return into the lease. The annual lease payment on the lease is $13,277.80.
What is the fair value of the equipment leased and what is the amount of interest revenue Simple Leasing will earn over the lease term? Round both amounts to the nearest dollar.
Fair Value Equipment Interest Revenue
$106,222 $85,186
$ 72,000 $ 9,360
$106.222 $13,809
$ 72,000 $34,222
Question 4
Bond interest expense for a year for a bond paying interest annually is equal to
The market rate of interest times the face value of the bond.
The stated rate of interest times the face value of the bond.
The market rate of interest times the carrying value of the bond at the end of the annual interest period.
The stated rate of interest times the carrying value of the bond at the beginning of the annual interest period.
None of these Answers are correct.
B and D are incorrect because the stated rate is used only to calculate the cash interest payment required for a bond.
A and C are incorrect; bond interest for a year on a bond paying interest annually is equal to the market rate of interest times the carrying value of a bond at the beginning of the annual interest period.
Question 5
Nikolai wants to know how much to invest today (rounded to the nearest dollar) in an account earning 6.4% interest compounded quarterly to have $80,000 at the end of 8 years. Which value below is correct?
$48,703
$10,989
$48,138
$70,460
Some other value.
Question 6
FrackStar Corp. is estimating remediation costs related to cleaning up a fracking site in 20 years when the site is estimated to be closed. Due to uncertainties related to the degree of possible site contamination, management estimates the following remediation costs and related probability of occurrence:
Remediation Costs Probability
$1,000,000 15%
850,000 50%
700,000 30%
500,000 5%
Using the expected cash flow approach and assuming a risk-free rate of 4%, what value should FrackStar record for the remediation costs (to the nearest dollar) in the current year financial statements?
Expected Cash Flow Recorded Value
$762,500 $ 347,995
810,000 1,774,810
762,500 1,670,731
810,000 369,673
Question 7
Javy plans to make the following cash outflows for an investment returning 6.0% (annual compounding) per year: $14,000 today, $8,000 in a year from now, and $2,000 two years from now. He wants to know how much he will have at the end of the third year.
Which of the Answers below is correct?
Add up the following: ($14,000 x 6.0%) + ($8,000 x 6.0%) + ($2,000 x 6.0%).
Apply the Excel function to calculate the future value of an annuity due, with payment equaling the average of the three payments (($14,000 + $8,000 + $2,000)/3 = $8,000),
Apply the Excel function to calculate the future value of a single sum to each payment as it were a single sum. Then add the future value of $14,000 in three years, the future value of $8,000 in two years, and the future value of $2,000 in one year together.
Apply the Excel function to calculate the future value of a single sum with the present value equaling the average of the three payments ($8,000).
Per the text, “In cases where payments are … unequal, each cash amount is considered a lump-sum amount and not an annuity.” In this case, C outlines the correct calculation:
Question 8
Assume that, on January 1, 2020, a $100,000, 8%, 5 year bond with semiannual cash interest payments due each July 1 and December 31 is issued. The market rate for bonds with a similar risk profile is 10%.
What is the bond interest expense at the end of the 6th six month interest payment period where the starting carrying value of this bond was $95,671 and the ending carrying value of the bond was $96,454? Round to the nearest dollar.
$ 5,000
$ 3,827
$ 4,823
$ 784
$ 4,784
Question 9
Which of the following investments will return the most to an investor?
$12,000 invested at an annual rate of 5%, compounded semiannually for 8 years.
$12,000 invested at an annual rate of 6%, compounded annually for 6 years.
$10,000 invested at an annual rate of 6%, compounded quarterly for 8 years.
$8,000 invested at an annual rate of 6%, compounded monthly for 9 years.
$8,000 invested at an annual rate of 8%, compounded annually for 10 years.
Question 10
Sally invested $5,000 in a three-year 3% CD with interest compounded monthly. What are the values for the following?
Interest Rate per Compounding Period Total Number of Compounding Periods
3% 12
0.25% 36
1% 12
0.25% 12
1% 36
Question Attachments
0 attachments —