In: Finance
We are evaluating a project that costs $1,950,000, has a life of 7 years, and has no salvage value. Assume that depreciation is straight-line to zero over the life of the project. Sales are projected at 88,800 units per year. Price per unit is $38.49, variable cost per unit is $23.65, and fixed costs are $842,000 per year. The tax rate is 24 percent, and we require a return of 12 percent on this project.
Suppose the projections given for price, quantity, variable costs, and fixed costs are all accurate to within ±10 percent. Calculate the best-case and worst-case NPV figures. (A negative answer should be indicated by a minus sign. Do not round intermediate calculations and round your answers to 2 decimal places, e.g. 32.16.) |
Question:
OCF | NPV | |
best-case | ||
worst-case |
Net present value is calculated as present value of cash inflow less present value of cash outflow. | ||||||||
In case of best case scenario, sale price and quantity would increase by 10% while variable costs and fixed costs would decrease by 10%. | ||||||||
Calculation of Operating cash flow under best case | ||||||||
Depreciation per year | $278,571.43 | (1950000/7) | ||||||
Projected quantity sold | 97,680.00 | 88800*1.1 | ||||||
Sales price per unit | 42.34 | 38.49*1.1 | ||||||
Sales revenue | 4,135,673.52 | 97680*42.34 | ||||||
Variable costs per unit | $21.29 | (23.65*0.90) | ||||||
Total variable costs | $2,079,118.80 | 97680*21.29 | ||||||
Fixed costs | $757,800.00 | 842000*0.90 | ||||||
Sales revenue | $4,135,673.52 | |||||||
Less: Variable costs | -$2,079,118.80 | |||||||
Less: Fixed costs | -$757,800.00 | |||||||
Less: Depreciation | -$278,571.43 | |||||||
Income before taxes | $1,020,183.29 | |||||||
Taxes @ 24% | -$244,843.99 | |||||||
Net income | $775,339.30 | |||||||
Add: Depreciation | $278,571.43 | |||||||
OCF | $1,053,910.73 | |||||||
Calculation of net present value is shown below | ||||||||
Year | Cash flow | Discount factor @ 12% | Present value | |||||
0 | -$1,950,000.00 | 1.00000 | -$1,950,000.00 | |||||
1 | $1,053,910.73 | 0.89286 | $940,991.72 | |||||
2 | $1,053,910.73 | 0.79719 | $840,171.18 | |||||
3 | $1,053,910.73 | 0.71178 | $750,152.84 | |||||
4 | $1,053,910.73 | 0.63552 | $669,779.32 | |||||
5 | $1,053,910.73 | 0.56743 | $598,017.25 | |||||
6 | $1,053,910.73 | 0.50663 | $533,943.97 | |||||
7 | $1,053,910.73 | 0.45235 | $476,735.69 | |||||
Net present value | $2,859,791.99 | |||||||
In case of worst case scenario, sale price and quantity would decrease by 10% while variable costs and fixed costs would increase by 10%. | ||||||||
Calculation of Operating cash flow under worst case | ||||||||
Depreciation per year | $278,571.43 | (1950000/7) | ||||||
Projected quantity sold | 79,920.00 | 88800*0.9 | ||||||
Sales price per unit | 34.64 | 38.49*0.9 | ||||||
Sales revenue | 2,768,508.72 | 79920*34.64 | ||||||
Variable costs per unit | $26.02 | (23.65*1.1) | ||||||
Total variable costs | $2,079,118.80 | 79920*26.02 | ||||||
Fixed costs | $926,200.00 | 842000*1.1 | ||||||
Sales revenue | $2,768,508.72 | |||||||
Less: Variable costs | -$2,079,118.80 | |||||||
Less: Fixed costs | -$926,200.00 | |||||||
Less: Depreciation | -$278,571.43 | |||||||
Income before taxes | -$515,381.51 | |||||||
Taxes @ 24% | $123,691.56 | |||||||
Net income | -$391,689.95 | |||||||
Add: Depreciation | $278,571.43 | |||||||
OCF | -$113,118.52 | |||||||
Calculation of net present value is shown below | ||||||||
Year | Cash flow | Discount factor @ 12% | Present value | |||||
0 | -$1,950,000.00 | 1.00000 | -$1,950,000.00 | |||||
1 | -$113,118.52 | 0.89286 | -$100,998.68 | |||||
2 | -$113,118.52 | 0.79719 | -$90,177.39 | |||||
3 | -$113,118.52 | 0.71178 | -$80,515.53 | |||||
4 | -$113,118.52 | 0.63552 | -$71,888.86 | |||||
5 | -$113,118.52 | 0.56743 | -$64,186.48 | |||||
6 | -$113,118.52 | 0.50663 | -$57,309.36 | |||||
7 | -$113,118.52 | 0.45235 | -$51,169.07 | |||||
Net present value | -$2,466,245.38 |