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                  BRILLIANT’S     Analysis of Risk and Uncertainty in Investment Decisions          485


                      Cnamo³V AZw‘m{ZV H¡$e BZâbmo g§Ho$V H$aVm h¡ {H$ 30% g§^mdZm h¡ {H$ H¡$e BZâbmo `10,000 hmoJm, 40%
                  g§^mdZm h¡ {H$ ¶h `12,000 hmo gH$Vm h¡ Am{X& BZ AZw‘m{ZV H¡$e BZâbmo Ho$ AmYma na h‘ H¡$e âbmo Ho$ Ano{jV ‘mZ
                  H$s JUZm H$a gH$Vo h¢:

                                    C.I.               Probability           CI × Probability

                                   10,000                  0.3                    3,000
                                   12,000                  0.4                    4,800
                                   15,000                  0.2                    3,000
                                   17,000                  0.1                    1,700

                                                          EVCF                   12,500
                      Such similar series of estimated cash inflows may be available for different other years also.
                  The same procedure is adopted for the probability distribution for all the years and then the
                  expected value of cash inflows are discounted at an appropriate discount rate to find out the NPV
                  of the proposal.
                      AZw‘m{ZV H¡$e BZâbmo H$s Bg àH$ma H$s grarO Aݶ dfm] Ho$ {bE ^r CnbãY hmo gH$Vr h¡& ¶h à{H«$¶m g^r dfm]
                  Ho$ {bE àmo~o{~{bQ>r {S>pñQ´>ã¶yeZ Ho$ {bE AnZm¶r OmVr h¡ VWm BgHo$ níMmV² H¡$e BZâbmo H$m Ano{jV ‘yë¶ àñVmd Ho$
                  NPV H$mo kmV H$aZo Ho$ {bE Cn¶w³V {S>ñH$mC§Q> aoQ> na {S>ñH$mC§Q> H$s OmVr h¡&

                   Illustration 5.2.10
                      A company is considering an investment in a project that requires an initial investment of
                  ` 3,000 with cash flow after tax (CFAT) generated over three years as follows:
                      EH$ H§$nZr EH$ àmoOo³Q> ‘| {Zdoe na {dMma H$a ahr h¡ {Og‘| `3000>Ho$ àma§{^H$ {Zdoe H$s Amdí¶H$Vm h¡ {OgH$m
                  VrZ dfm] Ho$ níMmV² CËnÝZ H¡$e âbmo AmâQ>a Q>¡³g (CFAT) {ZåZ{b{IV h¡…           (in `)

                               Year (df©) 1               Year (df©) 2             Year (df©) 3
                         CFAT      Probability      CFAT       Probability     CFAT       Probability

                                  (àmo~o{~{bQ>rO)             (àmo~o{~{bQ>rO)            (àmo~o{~{bQ>rO)

                          800         0.10           800          0.10           800         0.20
                         1,000        0.20          1,000         0.30          1,000        0.50
                         1,500        0.40          1,500         0.40          1,500       0.20’
                         2,000        0.30          2,000         0.20          2,000        0.10

                      (a) Determine the expected NPV of project when discount rate is 5%.
                          àmoOo>³Q> H$m Ano{jV NPV {ZYm©[aV H$s{OE O~ {S>ñH$m§CQ> aoQ> 5% h¡&

                      (b) Determine the standard deviation for each year.
                          à˶oH$ df© Ho$ {bE ñQ>¢S>S>© S>o{dEeZ {ZYm©[aV H$s{OE&
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