Question

Project A has a required return on 9.2 percent and cash flows of −$87,000, $32,600, $35,900,...

Project A has a required return on 9.2 percent and cash flows of −$87,000, $32,600, $35,900, and $43,400 for Years 0 to 3, respectively. Project B has a required return of 12.7 percent and cash flows of −$85,000, $14,700, $21,200, and $89,800 for Years 0 to 3, respectively. Which project(s) should you accept based on net present value if the projects are mutually exclusive?

Multiple Choice

  • Accept both projects

  • Accept either one, but not both

  • Accept Project A and reject Project B

  • Reject both projects

  • Reject Project A and accept Project B

    Correct

Explanation

NPVA = −$87,000 + $32,600/1.092 + $35,900/1.0922 + $43,400/1.0923
NPVA = $6,288.17

NPVB = −$85,000 + $14,700/1.127 + $21,200/1.1272 + $89,800/1.1273
NPVB = $7,468.93

Since the projects are mutually exclusive, accept the project with the larger positive NPV.

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Answer #1

Net Present Value (NPV) of PROJECT-A

Year

Annual cash inflow ($)

Present Value factor at 9.20%

Present Value of Annual cash inflow ($)

1

32,600

0.915751

29,853.48

2

35,900

0.838600

30,105.73

3

43,400

0.767948

33,328.96

TOTAL

93,288.17

Net Present Value = Present Value of annual cash inflows - Initial Investment

= $93,288.17 - $87,000

= $6,288.17

Net Present Value (NPV) of PROJECT-B

Year

Annual cash inflow ($)

Present Value factor at 12.70%

Present Value of Annual cash inflow ($)

1

14,700

0.887311

13,043.48

2

21,200

0.787322

16,691.22

3

89,800

0.698599

62,734.23

TOTAL

92,468.93

Net Present Value = Present Value of annual cash inflows - Initial Investment

= $92,468.93 - $85,000

= $7,468.93

DECISION

Evaluation of Investment proposal using NPV Decision Rule

If the Projects are mutually exclusive, then the Project with the higher Net Present Value should be selected. Here, the Project-B has the higher NPV of $7,468.93 as compared to the NPV of Project-A. Therefore, the firm should “Reject Project A and accept Project B”.

NOTE

The formula for calculating the Present Value Inflow Factor (PVIF) is [1 / (1 + r)n], where “r” is the Discount Rate/Cost of capital and “n” is the number of years.

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