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Use the Present Value of \(1 table (Appendix A, Table A-1) to determine the present value of \)1 received one year from now. Assume a 8% interest rate. Use the same table to find the present value of \(1 received two years from now. Continue this process for a total of five years. Round to three decimal places.

Requirements

1. What is the total present value of the cash flows received over the five-year period?

2. Could you characterize this stream of cash flows as an annuity? Why or why not?

3. Use the Present Value of Ordinary Annuity of \)1 table (Appendix A, Table A-2) to determine the present value of the same stream of cash flows. Compare your results to your answer to Requirement 1.

4. Explain your findings.

Short Answer

Expert verified

(1) Total present value equals $3.993.

(2) Yes, it can be classified as annuity, as similar amount is received for the fixed period of time.

(3) Present value equals $3.993, and it is same as Requirement 1.

(4) Adding the present value of similar cash flows, and calculating the present value of annuity will give the same result.

Step by step solution

01

Definition of present value

The current value of any sum of money that will be received in the future time period is known as the present value. This concept states that the value of money today is higher than the value of the same amount of money in future.

02

Calculation of present value over five years and total

Year

Future value

X

Present value factor

=

Present value

1

$1

X

0.926

=

$0.926

2

$1

X

0.857

=

$0.857

3

$1

X

0.794

=

$0.794

4

$1

X

0.735

=

$0.735

5

$1

X

0.681

=

$0.681

$3.993

03

Classification of cash flow as an annuity

The stream of cash flows can be classified as annuity because the cash flows are received at a specified time and also they are equal.

04

Present value ordinary annuity

Presentvalueordinaryannuity=Fulurevalue×Presentvalueordinaryannuityfactor=$1×3.993=$3.993

05

Explanation of findings

Findings of requirement 1 and requirement 3 are same because it is fact that the total of individual cash flow is same as the present value ordinary annuity determined collectively.

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Most popular questions from this chapter

Using payback, ARR, and NPV with unequal cash flows

Hughes Manufacturing, Inc. has a manufacturing machine that needs attention. The company is considering two options. Option 1 is to refurbish the current machine at a cost of \(2,600,000. If refurbished, Hughes expects the machine to last another eight years and then have no residual value. Option 2 is to replace the machine at a cost of \)3,800,000. A new machine would last 10 years and have no residual value. Hughes expects the following net cash inflows from the two options:

Year

Refurbish current machine

Purchase new machine

1

\(1,760,000

\)2,970,000

2

440,000

490,000

3

360,000

410,000

4

280,000

330,000

5

200,000

250,000

6

200,000

250,000

7

200,000

250,000

8

200,000

250,000

9

250,000

10

250,000

Total

\(3,640,000

\)5,700,000

Hughes uses straight-line depreciation and requires an annual return of 10%.

Requirements

1. Compute the payback, the ARR, the NPV, and the profitability index of these two options.

2. Which option should Hughes choose? Why?

P26-40 Using payback, ARR, NPV, and IRR to make capital investment decisions

This problem continues the Piedmont Computer Company situation from Chapter 25. Piedmont Computer Company is considering purchasing two different types of servers. Server A will generate net cash inflows of \(25,000 per year and have a zero residual value. Server A’s estimated useful life is three years, and it costs \)45,000. Server B will generate net cash inflows of \(25,000 in year 1, \)15,000 in year 2, and \(5,000 in year 3. Server B has a \)5,000 residual value and an estimated useful life of three years. Server B also costs $45,000. Piedmont Computer Company’s required rate of return is 14%.

Requirements

1. Calculate payback, accounting rate of return, net present value, and internal rate of return for both server investments. Use Microsoft Excel to calculate NPV and IRR.

2. Assuming capital rationing applies, which server should Piedmont Computer Company invest in?

Hamilton Company is considering two capital investments. Both investments have an initial cost of \(7,000,000 and total net cash inflows of \)16,000,000 over 10 years. Hamilton requires a 20% rate of return on this type of investment. Expected net cash inflows are as follows:

Year

Plan Alpha

Plan Beta

1

\(1,600,000

\)1,600,000

2

\(1,600,000

2,200,000

3

\)1,600,000

2,800,000

4

\(1,600,000

2,200,000

5

\)1,600,000

1,600,000

6

\(1,600,000

1,500,000

7

\)1,600,000

1,300,000

8

\(1,600,000

1,100,000

9

\)1,600,000

900,000

10

\(1,600,000

800,000

Total

\)16,000,000

\(16,000,000

Requirements

1. Use Excel to compute the NPV and IRR of the two plans. Which plan, if any, should the company pursue?

2. Explain the relationship between NPV and IRR. Based on this relationship and the company’s required rate of return, are your answers as expected in Requirement 1? Why or why not?

3. After further negotiating, the company can now invest with an initial cost of \)6,500,000. Recalculate the NPV and IRR. Which plan, if any, should the company pursue?

Your grandfather would like to share some of his fortune with you. He offers to give you money under one of the following scenarios (you get to choose):

1. \(7,250 per year at the end of each of the next eight years

2. \)49,650 (lump sum) now

3. $98,650 (lump sum) eight years from now

Requirements

1. Calculate the present value of each scenario using an 8% discount rate. Which scenario yields the highest present value? Round to nearest whole dollar.

2. Would your preference change if you used a 10% discount rate?

What is the profitability index? When is it used?

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