Exxon-Mobil is thinking about a new project that will be financed with all debt. This project will increase their free cash flows by $100 per year for the next 10 years. The unlevered cost of capital for the project is 15%. The project costs $300 at time 0. Exxon can raise debt with a coupon rate of 5%. The cost of debt (i.e. YTM) is also 5%. Finally, Exxon’s tax rate is 30%. Find the NPV of the project if Exxon takes debt with a maturity of 10 years to finance the project. A. 236.63 B. 286.32 C. 342.24 D. 523.32
Unlevered cost of equity = | 10% | |||||
Debt amount= | 300 | |||||
Interest amount per year @5% = | 15 | |||||
Tax rate = | 30% | |||||
Interest tax shield = 15 * 30% = | 4.5 | |||||
Calculation of NPV | ||||||
Cash flow | P.V.F. @10%(note1) | Present value of free cash flow | ||||
Year 0 | Cost of Project | -300 | 1 | -300 | ||
Year 1-10 | Increase in Free cash flow | 100 | 6.1446 | $ 614.46 | ||
Year 1-10 | Interest tax shield | 4.5 | 6.1446 | $ 27.65 | ||
NPV | $ 342.11 | |||||
So, NPV of project is $342 (round off 342.24, Answer C). Project should be accepted. | ||||||
Note : P.V.F. of year 0 is always 1. | ||||||
Cum. P.V.F. = {1 - (1/(1+0.10)^10) } / 0.10 | ||||||
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