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Payback, NPV, and MIRR Your division is considering two investment projects, each of which requires an...

Payback, NPV, and MIRR

Your division is considering two investment projects, each of which requires an up-front expenditure of $24 million. You estimate that the cost of capital is 9% and that the investments will produce the following after-tax cash flows (in millions of dollars):

Year Project A Project B
1 5 20
2 10 10
3 15 8
4 20 6

What is the regular payback period for each of the projects? Round your answers to two decimal places.

Project A years

Project B years

What is the discounted payback period for each of the projects? Round your answers to two decimal places.

Project A years

Project B years

If the two projects are independent and the cost of capital is 9%, which project or projects should the firm undertake?

If the two projects are mutually exclusive and the cost of capital is 5%, which project should the firm undertake?

If the two projects are mutually exclusive and the cost of capital is 15%, which project should the firm undertake?

What is the crossover rate? Round your answer to two decimal places.
%

If the cost of capital is 9%, what is the modified IRR (MIRR) of each project? Round your answers to two decimal places.

Project A %

Project B %

Solutions

Expert Solution

For project A

Calculation showing Payback period

Year Cash flow Cummulative cash flow
1 5 5
2 10 15
3 15 30
4 20 50

Using interpolation we can find payback period

Year Cummulative cash flow
2 15
3 30
1 15
? 9

=9/15 = 0.6

Thus payback period = 2+0.6 = 2.6 years

For Project B

Calculation showing Payback period

Year Cash flow Cummulative cash flow
1 20 20
2 10 30
3 8 38
4 6 44

Using interpolation we can find payback period

Year Cummulative cash flow
1 20
2 30
1 10
? 4

=4/10 = 0.4

Thus payback period = 1+0.4 = 1.4 years

For project A

calculation showing discounted payback period

Year Cash flow PVIF @ 9% Present value Cumulative dicounted cash flow
1 5 0.917 4.59 4.59
2 10 0.842 8.42 13.00
3 15 0.772 11.58 24.59
4 20 0.708 14.17 38.76

Using interpolation we can find discounted payback period

Year Cumulative dicounted cash flow
2 13
3 24.59
1 11.59
? 11

11/11.59 = 0.949

Thus discounted payback period = 2+0.949 = 2.949 years

For project B

calculation showing discounted payback period

Year Cash flow PVIF @ 9% Present value Cumulative dicounted cash flow
1 20 0.917 18.35 18.35
2 10 0.842 8.42 26.77
3 8 0.772 6.18 32.94
4 6 0.708 4.25 37.19

Using interpolation we can find discounted payback period

Year Cumulative dicounted cash flow
1 18.35
2 26.77
1 8.42
? 5.65

=5.65/8.42 = 0.67

Thus discounted payback period = 1+0.67 = 1.67 years

Statement showing NPV

For Project A

Year Cash flow PVIF @ 9% Present value
1 5 0.917 4.59
2 10 0.842 8.42
3 15 0.772 11.58
4 20 0.708 14.17
Total 38.76
Less PV of cashoutflow 24
NPV 14.76

For project B

Year Cash flow PVIF @ 9% Present value
1 20 0.917 18.35
2 10 0.842 8.42
3 8 0.772 6.18
4 6 0.708 4.25
Total 37.19
Less PV of cashoutflow 24
NPV 13.19

Thus project A should be selected

If cost of capital is 5%, then

Statement showing NPV

For project A

Year Cash flow PVIF @ 5% Present value
1 5 0.952 4.76
2 10 0.907 9.07
3 15 0.864 12.96
4 20 0.823 16.45
Total 43.24
Less PV of cashoutflow 24
NPV 19.24

For project B

Year Cash flow PVIF @ 9% Present value
1 20 0.952 19.05
2 10 0.907 9.07
3 8 0.864 6.91
4 6 0.823 4.94
Total 39.96
Less PV of cashoutflow 24
NPV 15.96

Project A should be selected

If cost of capital is 15%, then

Statement showing NPV

For Project A

Year Cash flow PVIF @ 5% Present value
1 5 0.870 4.35
2 10 0.756 7.56
3 15 0.658 9.86
4 20 0.572 11.44
Total 33.21
Less PV of cashoutflow 24
NPV 9.21

For project B

Year Cash flow PVIF @ 9% Present value
1 20 0.870 17.39
2 10 0.756 7.56
3 8 0.658 5.26
4 6 0.572 3.43
Total 33.64
Less PV of cashoutflow 24
NPV 9.64

Thus project B should be selected


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