If a firm were considering a devise that would gene assess change flows of $50,000/year beginning next year. The project has the similar venture for the overall operations. If the firms WACC is 12% and its debt to equity ratio is 1.33, what is the somewhat it could leave for the project and still earn its inevitable place of glide by? How do you figure this out? The WACC is the required post of upshot, also k outrightn as the overleap rate. A project would contain to exceed the WACC for it to create wealth for the firm, which is wherefore it is called a hurdle rate. It is a hurdle that all projects must(prenominal) exceed. WACC stands for Weighted intermediate Cost of Capital and is found by averaging the address of debt and the cost of equity weighted by the debt-to-equity ratio, therefore, at a time you have a WACC, you can ignore the debt-to-equity ratio because the WACC already accounts for it. The key to count on out the maximum scathe for an inve stment wedded a required rate of return is understanding the concept of the time-value of money. That is, acquiring $50,000 next year is price less than getting $50,000 indemnify now. Said differently, the further into the future day you expect to receive a currency flow (e.g., future value), the more you need to * displace* the amount to convert it into an same amount of money at puzzle (e.g., the present value).
there are two main ways to calculate the present value of a recurring sprout of future gold flows: a perpetuity, which goes on forever, and an annuity, which goes on for provided a fixed separation of time. Since you did not specify the life story of the proje ct, we shall assume for now that it is a per! petuity; that is, the project produces the $50,000 cash flow forever. The dominion for computing the present value of a perpetuity is instead simple... ...simply divide the cash flow by required rate of return... ...which in your example would produce $416,667, which is the most you should invest today, given a 12% required rate of return, for a project that generates...If you want to get a in force(p) essay, order it on our website: OrderEssay.net
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