Depreciation each year = $924000/8 = $115500
In Best Case Scenario
Quantity and price per unit, will be maximum possible 110% of projected figures (10% positive tolerance) ,
So,for best case,
Quantity = 75000*1.1 = 82500 ,
Price per unit = 46*1.1 = 50.6
Variable cost = 31* 0.9 = 27.9
Fixed cost = 825000*0.9 = 742500
Variable costs and fixed costs will be 90% of projected figures (10% negative tolerance)
So,for worst case,
Quantity = 75000*0.9 = 67500 ,
Price per unit = 46*0.9 = 41.4
Variable cost = 31* 1.1 = 34.1
Fixed cost = 825000*1.1 = 907500
Accordingly , the annual cash flows in the best and worst case are calculated as shown below
Best Case | Worst Case | ||
Quantity | 75000 | 82500 | 67500 |
Price | 46 | 50.6 | 41.4 |
Sales | 3450000 | 4174500 | 2794500 |
Variable cost/Unit | 31 | 27.9 | 34.1 |
Total Variable Cost | 2325000 | 2301750 | 2301750 |
Fixed Cost | 825000 | 742500 | 907500 |
Profit before Depreciation | 300000 | 1130250 | -414750 |
Depreciation | 115500 | 115500 | 115500 |
Profit before Tax | 184500 | 1014750 | -530250 |
Tax | 64575 | 355162.5 | -185588 |
Profit after tax | 119925 | 659587.5 | -344663 |
Cash flows | 235425 | 775087.5 | -229163 |
Hence,
NPV (best case) = -924000 + 775087.5 /1.15+ .... +775087.5/1.158
= - 924000 + 775087.5 /1.15 *{ 1- (1/1.15)8} / {1- (1/1.15)}
=-924000 + 775087.5 /0.15 * (1-0.326902)
= -924000 + 3478067
= $2554067
NPV (worst case) = -924000 - 229163 /1.15- .... -229163/1.158
= - 924000 - 229163 /1.15 *{ 1- (1/1.15)8} / {1- (1/1.15)}
=-924000 - 229163 /0.15 * (1-0.326902)
= -924000 - 1028328
= - $1952328
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