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You must evaluate a proposal to buy a new milling machine. The base price is $10

ID: 2658149 • Letter: Y

Question

You must evaluate a proposal to buy a new milling machine. The base price is $108,000, and shipping and installation costs would add another $12,500. The machine falls into the MACRS 3-year class, and it would be sold after 3 years for $65,000. The applicable depreciation rates are 33%, 45%, 15%, and 7%. The machine would require a $5,500 increase in net operating working capital (increased inventory less increased accounts payable). There would be no effect on revenues, but pretax labor costs would decline by $44,000 per year. The marginal tax rate is 35%, and the WACC is 12%. Also, the frm spent $5,000 last year investigating the feasibility of using the machine. Should the machine be purchased? HTML Editor Paragraph

Explanation / Answer

Computation of Depreciation:

Cost of machine = Purchase price + Installation cost

                            = $ 108,000 + $ 12,500 = $ 120,500

Depreciation on year 1 = $ 120,500 x 33 % = $ 39,765

Depreciation on year 2 = $ 120,500 x 45 % = $ 54,225

Depreciation on year 3 = $ 120,500 x 15 % = $ 18,075

Computation of cash flow:

Initial investment = Cost of machine + working capital = $ 120,500 + $ 5,500 = $ 126,000

Year 1

Year 2

Year 3

Annual pre tax cost savings

$44,000

$44,000

$44,000

Less: Depreciation

$39,765

$54,225

$18,075

PBT

$4,235

($10,225)

$25,925

Less: Tax @ 35 %

$1,482.25

($3,578.75)

$9,073.75

PAT

$2,752.75

($6,646.25)

$16,851.25

Add: Depreciation

$39,765.00

$54,225.00

$18,075.00

Net cash flow

$42,517.75

$47,578.75

$34,926.25

Computation of terminal cash flow:

Salvage value

$65,000

*Less: Tax @ 35 %

$19,797.75

Working capital recovery

$5,500

Terminal Cash Flow

$50,702.25

*($ 65,000 - $ 120,500 x 0.07) x 0.35

= ($ 65,000 - $ 8,435) x 0.35 = $ 56,565 x 0.35 = $ 19,797.75

Terminal year cash flow = $ 34,926.25 + $ 50,702.25 = $ 85,628.50

Computation of NPV:

Year

Cash Flow (C)

PV Factor calculation @ 12 %

PV Factor (F)

PV (= C x F)

0

$   (126,000.00)

1/(1+12%)^0

1

($126,000.00)

1

$      42,517.75

1/(1+12%)^1

0.892857143

$37,962.28

2

$      47,578.75

1/(1+12%)^2

0.797193878

$37,929.49

3

$        85,628.50

1/(1+12%)^3

0.711780248

$60,948.67

NPV

$10,840.44

Cost of $ 5,000 for investigation is sunk cost and is irrelevant for the analysis.

As NPV of machine $ 10,840 is positive, the machine should be purchased.

Year 1

Year 2

Year 3

Annual pre tax cost savings

$44,000

$44,000

$44,000

Less: Depreciation

$39,765

$54,225

$18,075

PBT

$4,235

($10,225)

$25,925

Less: Tax @ 35 %

$1,482.25

($3,578.75)

$9,073.75

PAT

$2,752.75

($6,646.25)

$16,851.25

Add: Depreciation

$39,765.00

$54,225.00

$18,075.00

Net cash flow

$42,517.75

$47,578.75

$34,926.25

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