Respuesta :
Answer:
A) 61254 units
C) $1102984. 83
D) 3.728%
E) −8.889%
Explanation:
Project cost = $604,100
Tenure = 7 Years
Depreciation = $604,100/7 = $ 86,300
Price per unit = $44
Variable cost per unit = $31
Contribution margin = $44 - $31 = $13
Fixed cost = $710,000
Production in unit = 90,000 units per year
Salvage value = 0
Tax rate = 23%
Required rate of return = 12%
A.) Contribution margin :
Break-even point = (Fixed cost + depreciation )/ contribution margin
=($710,000 +$86,300)/ $13
= 61253.84 units
= 61254 units
C.) Net income = (90,000 × 13) - $710,000 - $86,300 × (1 - 0.23)
=$287,749
OCF = Net income + Depreciation added back
=$287,749 + $86,300
=$374,049
NPV =$374,049*PVIFA(12%, 7 years ) - $604,100
=($374,049 × 4.5638) - $604,100
=$1102984. 83
C.) We found NPV with existing production of 90,000 units = $1102984.83
Now, we increase the production for 1% with result = 90000 * 1.01 = 90900 units
Net income =( 90900*$13 - $710,000 - $ 86300)*(0.77)
=$296758
OCF = Net income + Depreciation added back
= $296758 + $ +86,300
=$383,058
NPV =$383,058 × PVIFA(12%, 7 years ) - $604,100
=($383,058 × 4.5638) - $604,100
=$1144100.10
So NPV increased = ($ 1144100.10 - $1102984.83)/$1102984.83 = 3.7276%
So, the sensitivity = 3.728%
E.) We assume the expected variable cost is increased 1% to $31*(1.01) = $ 31.31
Contribution margin = $44 - $31.31 = $12.69
Net income = (90,000 × 12.69 - $710,000 - $86,300) × 0.77
=$266,266
OCF = Net income + Depreciation added back
=$266,266 + $86,300
=$352,566
NPV =$352,566 × PVIFA(10%, 5 years ) - 604,100
=$352,566 × 4.5638 - $604,100
=$1004940.71
NPV changed = ($1004940.71 -$1102984.83)/$1102984.83 = -3.431%
So sensitivity of variable cost = −8.889%