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Use the net present value method to determine the following: (If net present val

ID: 2496998 • Letter: U

Question

Use the net present value method to determine the following: (If net present value is negative then enter with negative sign preceding the number e.g. -45 or parentheses e.g. (45). Round answer for present value to 0 decimal places, e.g. 125. Round for Discount Factor to 5 decimal places, e.g. 0.17986.)

a. Calculate the net present value.

Hiland Inc. manufactures snowsuits. Hiland is considering purchasing a new sewing machine at a cost of $2.45 million. Its existing machine was purchased five years ago at a price of $1.8 million; six months ago, Hiland spent $55,000 to keep it operational. The existing sewing machine can be sold today for $243,736. The new sewing machine would require a one-time, $85,000 training cost. Operating costs would decrease by the following amounts for years 1 to 7: Year 1 $389,600 2400,600 3 410,500 4425,200 5 433,300 6 435,200 7 437,300 The new sewing machine would be depreciated according to the declining-balance method at a rate of 20%. The salvage value is expected to be $379,100 This new equipment would require maintenance costs of $99,300 at the end of the fifth year. The cost of capital is 9%. (Refer the below table)

Explanation / Answer

Computing the initial investment outlay of a replacement project is slightly different. This is primarily because of the expected cash flow a company may receive on the sale of the equipment to be replaced.

Value of the old machine = Sale Value + tax benefit/loss
= $243736
(Being no Tax rate is mentioned in the query, we consider nil tax benefits)

We shall not consider the historical value of old machine as well the $55,000 overhaul charges spent, being historical cost shall not affect the future decisions.

Net Present Value Calculation:

Year

Operating Cost Reduction (inflow)

Salvage Value (inflow)

Purchases Cost (Outlow)

Training Cost (Outflow)

Maintenance Cost (Outflow)

Net cash Flows (B+C-D-E-F)

Discounting Factor @

Net Present Value of Cash Flows (GXH)

A

B

C

D

E

F

G

H

I

0

$243,736.00

$2,450,000.00

$85,000.00

$ -2,291,264.00

1.00000

$-2,291,264.00

1

$ 389,600.00

$ 389,600.00

0.91743

$ 357,431.19

2

$ 400,600.00

$ 400,600.00

0.84168

$ 337,177.01

3

$ 410,500.00

$ 410,500.00

0.77218

$ 316,981.32

4

$ 425,200.00

$ 425,200.00

0.70843

$ 301,222.40

5

$ 433,300.00

$99,300.00

$ 334,000.00

0.64993

$ 217,077.08

6

$ 435,200.00

$ 435,200.00

0.59627

$ 259,495.54

7

$ 437,300.00

$379,100.00

$ 816,400.00

0.54703

$ 446,598.76

$-55,280

Note: Being the Tax Rate is not provided, we have not able to consider the depreciation and loss on sale benefits in the query.

Year

Operating Cost Reduction (inflow)

Salvage Value (inflow)

Purchases Cost (Outlow)

Training Cost (Outflow)

Maintenance Cost (Outflow)

Net cash Flows (B+C-D-E-F)

Discounting Factor @

Net Present Value of Cash Flows (GXH)

A

B

C

D

E

F

G

H

I

0

$243,736.00

$2,450,000.00

$85,000.00

$ -2,291,264.00

1.00000

$-2,291,264.00

1

$ 389,600.00

$ 389,600.00

0.91743

$ 357,431.19

2

$ 400,600.00

$ 400,600.00

0.84168

$ 337,177.01

3

$ 410,500.00

$ 410,500.00

0.77218

$ 316,981.32

4

$ 425,200.00

$ 425,200.00

0.70843

$ 301,222.40

5

$ 433,300.00

$99,300.00

$ 334,000.00

0.64993

$ 217,077.08

6

$ 435,200.00

$ 435,200.00

0.59627

$ 259,495.54

7

$ 437,300.00

$379,100.00

$ 816,400.00

0.54703

$ 446,598.76

  1. Net Present Value

$-55,280

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