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International Financial Management




                    Notes          The accept-reject criterion can be specified as:
                                   NPV > 0—– > Finance manager accepts the investments
                                   NPV < 0—– > Finance manager rejects the investments
                                   NPV = 0—– >Finance manager is indifferent toward acceptance or rejection of the project

                                   If the NPV of the project is greater than zero, the project should be accepted because the rate of
                                   return exceeds the required rate of return, the project’s cost-of-capital rate, and this excess cash
                                   accrues solely to the company’s stockholders. When the NPV of the project is equal to zero, the
                                   finance manager may or may not accept the project because the return is exactly equal to the
                                   required rate of return. If the NPV is less than zero, the project is rejected because the project
                                   earns a rate of return less than the required rate of return. If a company accepts a project with a
                                   positive NPV, the wealth of the stockholders improves.
                                   Mathematically, NPV can be expressed as:
                                               n  CF
                                        NPV =  ∑    t  t  −  IO
                                              t=1  (1 + k)
                                                CF      CF       CF               CF
                                   Or   NPV =     1   +   2   +    3   + ... ... ... ... +   n  −  Initialcashoutlay
                                              (1 + k) 1  (1 + k) 2  (1 + k) 3   (1 + k) n
                                   Where:

                                     CF = annual after tax cash flows in Period, t
                                       t
                                      k = the project’s cost of capital
                                      n = the project’s expected life

                                     IO = the initial cash outlay
                                       t = time period

                                   13.2.2 Internal Rate of Return

                                   The IRR method is a discounted cash-flow technique. Similar to the NPV method, it takes into
                                   account the magnitude and timing of cash flows.

                                   IRR is defined as the discount rate that equates the present value of expected future cash inflows
                                   with the present value of the project’s initial cash outflows. Various empirical surveys have
                                   shown that companies prefer the IRR method because it is a relative measure of the projects
                                   worth.
                                   Mathematically, IRR can be expressed as:

                                               n  A
                                          IO =  ∑  t
                                              t1 (1 + r) t
                                               =
                                   Where:
                                      A = is the cash inflow flow at the end of year t
                                       t
                                     IO = the initial cash outlay

                                      n = the project’s expected life
                                       r = the IRR of the project
                                       t = the time period




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