In: Accounting
F Inc. is a company that operates fast food restaurants and it is considering producing packaged food for sale at grocery stores. The initial investment in production facilities to start this venture will be $ 3 million. The facilities has a three-year life and is depreciated to zero on a straight line basis. The production facilities can be sold for $100,000 at the end of year 3. The variable cost per package is $20, and the fixed cost including salary and renting expense is $810,000 per year.
The F Inc. spent $10,000 to do a market research and found that, at the price of $60 per package, the company will sell 50,000 Packages for the first year. The sales in packages will grow 5% each year. The net working capital is expected to be 10% of revenues, with the investment occurring at the start of each period, where needed. At the end of the project’s life, the Company will recover the net working capital.
The cost of capital for F Inc. is 8%. The marginal tax rate is 40%.
Identify operating cash flows each year (show the details of your calculation).
Identify total cash flows from assets (CFFA) each year (show the details of cash flows).
Estimate the NPV of the investment. Would you suggest to accept the project?(Rounding your answers to two decimal places)
What is the operation leverage of this project in year 1 (ignoring taxes)?(Rounding your answers to two decimal places) What are the implications of the operating leverage for evaluating this project?
Year | 0 | 1 | 2 | 3 |
Initial investment | -3000000 | |||
Sales Unit | 50000 | 52500 | 55125 | |
Sale value $60 per pack | 3000000 | 3150000 | 3307500 | |
Less :Variable cost $ 20 | 1000000 | 1050000 | 1102500 | |
Contribution | 2000000 | 2100000 | 2205000 | |
Less:Depreciation | 966666.7 | 966666.7 | 966666.7 | |
Less :Fixed cost(3000000-100000)/3 | 810000 | 810000 | 810000 | |
Operating profit | 223333.3 | 323333.3 | 428333.3 | |
Less :Tax @ 40% | 89333.33 | 129333.3 | 171333.3 | |
Profit after tax | 134000 | 194000 | 257000 | |
Operating cashflow | 1100667 | 1160667 | 1223667 | |
Add:Salvage value at the end of 3 year | 100000 | |||
1100667 | 1160667 | 1323667 | ||
Net working capital 10% of revenue | -300000 | -15000 | -15750 | 330750 |
Total cashflow | -3300000 | 1085667 | 1144917 | 1654417 |
PV @ 8% | 1 | 0.925926 | 0.857339 | 0.793832 |
Discounted cash flow | -3300000 | 1005247 | 981581.5 | 1313329 |
Net present value | 157.71 |
It is not worth investing in this project since the NPV is pretty same as the invested amount |
Note
Here the amonut already spent of $ 10000 is sunk cost Any expense that has been incurred already, and cannot be recovered if the project is not taken, is a sunk cost (usually R&D, test market expenses, etc.).Hence irrelevant for calculations |
Operation leverage in year -1 | (Sales-Variable cost)/profit | ||
2000000/223333.333 | |||
8.955224 |
Implication of operating leverage
Operating leverage, in simple terms, is the relationship between fixed and variable costs. Fixed costs are costs that are incurred regardless of the number of units sold. Variable costs change with the level of sales. A company with high operating leverage has a high percentage of fixed costs to total costs, which means more units have to be sold to cover costs. A company with low operating leverage has a high percentage of variable costs to total costs, which means fewer units have to be sold to cover costs. In general, a higher operating leverage leads to lower profits. |
The operating leverage here is 8.955% which tells that the project risk is higher which means company needs to sell more products to meet its fixed cost |