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We are evaluating a project that costs $744,000, has a life of 6 years, and has no salvage value. Assume that depreciation is

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Answer #1

Answer a:

Annual depreciation = (Cost - salvage value) / Useful life = (744000 - 0) / 6 = $124,000

Total Fixed costs = 740000 + 124000 = $864,000

Contribution per unit = Price - variable cost = 60 - 20 = $40

Break-even point in units = Fixed cost / Contribution per unit = 864000 /40 = 21,600 Units

Break-even point in units = 21,600 units

Answer b-1:

Year Initial Investment Year Year 1 to Year 6 ($744,000) Sales (29,000 * $60) Variable cost (29000 * $20) Fixed Cost Cash ear

Annual cash flow = $351,920

NPV = $744,810.88

Answer b-2:

Let us calculate change in NPV on increase of 1 unit of sales.

ΔNPV = (Change in sale * Contribution per unit) * (1 - tax rate) * PV of $1 annuity for 6 years at 11% rate

= 1 * 40 * (1 - 23%) * 4.2305379

= $130.301

ΔNPV / ΔQ = $130.301

Answer c:

Let us calculate change in OCF on increase of variable cost by $1

ΔOCF = (20 - 21) *29000 * (1 - tax rate) = - $22,330

ΔOCF / ΔVC = - $22,330

a. Break-even Cash Flow b-1 NPV b-2 b-2 21,600 Units $351,920 $744,810.88 $130.301 -$22,330 ANPV / AQ AOCF / AVC

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