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                  410                               Corporate Finance                      BRILLIANT’S



                                  CAPITAL BUDGETING: PAY-BACK PERIOD METHOD
                                           H¡${nQ>b ~OqQ>J: no-~¡H$ nr[a¶S> ‘oWS>

                   Q.47. Discuss the characteristics and relative merits and demerits of pay-back period method.
                         no-~¡H$ nr[a¶S> ‘oWS> H$s {deofVmE§ VWm g§~§{YV JwU VWm Xmof H$s ì¶m»¶m H$s{OE&
                                                           OR
                         Explain the pay-back period method of capital budgeting with illustrations.
                         H¡${nQ>b ~OqQ>J H$s no-~¡H$ nr[a¶S> ‘oWS> H$m CXmhaU g{hV dU©Z H$s{OE&

                  Pay-back Period Method                      no-~¡H$ nr[a`S> _oWS>

                      The Pay-Back (PB) is one of the most popu-  no-~¡H$ nr[a`S> _oWS> BÝdoñQ>_|Q> àñVmd H$mo ñdrH¥$V
                  lar  and  widely  recognized  traditional  meth-  H$aZo H$s bmoH${à` nÕ{V h¡, Omo ì`mnH$ Ed§ naånamJV
                  ods of evaluating investment proposals. It is  ê$n go Cn`moJ _| bmB© OmVr h¡Ÿ& BgHo$ AÝVJ©V CZ dfm]
                  defined  as  the  number  of  years  required  to  AWdm Cg g_`md{Y H$s JUZm H$s OmVr h¡, {Og_| _erZ
                  recover the original cost outlay invested in a
                  project. If the project generates constant an-  H$s bmJV H$mo H$da {H$`m Om gH$Vm h¡Ÿ& `{X à{Vdf© H$m
                  nual cash inflows, the pay-back period can be  H¡$e BZâcmo EH$ g_mZ h¡ Vmo no-~¡H$ nr[a`S> H$s JUZm,
                  computed  by  dividing  cash  outflow  by  the  H¡$e AmCQ> âcmo H$mo dm{f©H$ H¡$e âcmo go {d^m{OV H$aHo$
                  annual cash flow. That is:                  H$s Om gH$Vr h¡Ÿ Omo Bg àH$ma h¡:


                                                           Initial Investment  I
                                          Payback Period =                  =  0
                                                          Annual Cash Inflow C
                      Suppose,  a project  cost  `  20,00,000  and  CXmhaU Ho$ {bE, `{X  EH$ àmoOoŠQ>  H$s bmJV
                  yields annually a profit of ` 3,00,000 after de-  ` 20,00,000 h¡ VWm 12.5% (ñWm`r {H$ñV nÕ{V
                  preciation 12.5% (Straight line method) but be-  go) S>o{à{gEeZ bJmZo Ho$ níMmV², {H$ÝVw 50% Q>¡Šg Ho$
                  fore tax 50%. The first step would be to calcu-  nyd© dm{f©H$ bm^ ` 3,00,000 h¡ Vmo g~go nhbo Bg
                  late the cash inflow from this project.  The cash  àmoOoŠQ> Ho$ H¡$e BZâcmo H$s JUZm H$s OmEJrŸ& H¡$e BZâcmo
                  inflow is ` 4,00,000 calculated as:         ` 4,00,000 h¡ Omo Bg àH$ma H¡$ëHw$coQ> {H$`m J`m h¡:


                            Profit before tax                                     ` 3,00,000
                                Less:  tax 50%                                    ` 1,50,000
                                Profit after tax                                  ` 1,50,000
                                Add:  depreciation written off (non-cash expense)  ` 2,50,000
                                                             Annual Cash Flow     ` 4,00,000

                      While calculating cash  inflow, deprecia-   H¡$e BZâcmo H$s JUZm H$aVo g_` Q>¡Šg Ho$ níMmV²
                  tion is added back to the profit after tax since  bm^ _| S>o{à{gEeZ nwZ… Omo‹S> {X`m OmVm h¡ Š`m|{H$ S>o{à{gEeZ
                  it  does  not  result  in  cash  outflow.  The  cash  go H¡$e AmCQ>âcmo Zht hmoVmŸ& Bg àH$ma, àmoOoŠQ> go
                  generated from a project therefore is equal to
                                                              CËnÞ H¡$e, Q>¡Šg níMmV² cm^ _| S>o{à{gEeZ Omo‹S>Zo na
                  profit after tax plus depreciation.
                                                              àmá cm^ Ho$ ~am~a hmoVm h¡Ÿ&
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