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Edelman Engineering is considering including two pieces of equipment, a truck an

ID: 2718845 • Letter: E

Question

Edelman Engineering is considering including two pieces of equipment, a truck and an overhead pulley system, in this year's capital budget. The projects are independent. The cash outlay for the truck is $18,300, and that for the pulley system is $20,700. The firm's cost of capital is 10.25%. After-tax cash flows, including depreciation, are as follows:

Year    Truck      Pulley
1     $5,400           $8,000     
2     $5,400           $8,000     
3     $5,400           $8,000     
4     $5,400           $8,000     
5     $5,400           $8,000     

a. Calculate NPV of truck project.

b. Calculate MIRR of truck project.

c. Calculate NPV and MIRR of pulley project.

SHOW YOUR WORK AND EXPLAIN YOUR ANSWER

Explanation / Answer

A. NPV of the Truck Project

NPV = Present value of cash flows – Initial outlay

It can be calculated as below:

Year

PV factor @ 10.25%

Truck

Cash flow

PV of cash flow

0

1

-$18,300.00

-$18,300.00

1

0.9070

$5,400.00

$4,897.96

2

0.8227

$5,400.00

$4,442.59

3

0.7462

$5,400.00

$4,029.56

4

0.6768

$5,400.00

$3,654.93

5

0.6139

$5,400.00

$3,315.13

$2,040.18

NPV of truck project = $2,040.18

B. IRR of Truck project

First we have to calculate the present value of cash flows after 5 years assuming they are being invested at 10.25%

Year

Cash flow

No. of years

FV factor @ 10.25%

Future value

1

$5,400.00

                             4

                               1.48

$7,978.26

2

$5,400.00

                             3

                               1.34

$7,236.52

3

$5,400.00

                             2

                               1.22

$6,563.73

4

$5,400.00

                             1

                               1.10

$5,953.50

5

$5,400.00

                            -  

                               1.00

$5,400.00

$33,132.01

MIRR = ($33,132.01/$18,300)1/5 – 1= 12.61%

C. NPV and MIRR of pulley project.

Year

PV factor @ 10.25%

Pulley

Cash flow

PV of cash flow

0

1

-$20,700.00

-$20,700.00

1

0.9070

$8,000.00

$7,256.24

2

0.8227

$8,000.00

$6,581.62

3

0.7462

$8,000.00

$5,969.72

4

0.6768

$8,000.00

$5,414.71

5

0.6139

$8,000.00

$4,911.31

$9,433.60

NPV of pulley project = $9,433.60

Year

Cash flow

No. of years

FV factor @ 10.25%

Future value

1

$8,000.00

                             4

                               1.48

$11,819.64

2

$8,000.00

                             3

                               1.34

$10,720.77

3

$8,000.00

                             2

                               1.22

$9,724.05

4

$8,000.00

                             1

                               1.10

$8,820.00

5

$8,000.00

                            -  

                               1.00

$8,000.00

$49,084.46

MIRR = ($49,084.46 / $20,700)1/5 – 1 = 18.85%

Year

PV factor @ 10.25%

Truck

Cash flow

PV of cash flow

0

1

-$18,300.00

-$18,300.00

1

0.9070

$5,400.00

$4,897.96

2

0.8227

$5,400.00

$4,442.59

3

0.7462

$5,400.00

$4,029.56

4

0.6768

$5,400.00

$3,654.93

5

0.6139

$5,400.00

$3,315.13

$2,040.18

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