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Management of Finances




                    Notes          received a dividend of   14 in 1998 and 1999 and   14.5 from 2000 to 2002. Calculate the cost of
                                   equity capital based on realised yield approach with 10 per cent discounting factor.
                                   Solution:

                                        Years      Cash inflows ( )     DF 10%              PV of Cash inflows ( )

                                        1998            14.0           0.909                       12.7
                                        1999            14.0           0.826                       11.6
                                        2000            14.5           0.751                       10.9
                                        2001            14.5           0.683                       9.9
                                        2002            14.5           0.621                       9.0
                                        2003            300.0          0.621                       186.3
                                                                                                    240.4

                                                                      ha


                                                                  ) Purc
                                                                 (
                                                                                                            se price in 1998          240.0
                                                                  -

                                                                                                    0.4
                                   At 10 per cent discount rate, the total PV of cash inflows equals to the PV of cash outflows. Hence,
                                   cost of equity capital is 10 per cent.
                                   Capital Asset Pricing Model (CAPM)
                                   CAPM provides a framework for measuring the systematic risk of an individual security and
                                   relates it to the systematic risk of a well diversified portfolio. In the context of CAPM, the risk of
                                   an individual security is defined as the volatility of the security's return vis-à-vis the return of a
                                   market portfolio. The risk (volatility) of individual securities is measured by  (beta). Beta is a
                                   measure of  a security's risk relative to the market portfolio.  Since diversifiable risk does not
                                   matter, beta is thus a measure of systematic risk of a security.

                                   Risk free security has no volatility and it has a zero beta:
                                   The Capital Asset Pricing Model is given in equation:
                                              K  = R  + b  × (km – Rf)
                                               1     f  1
                                   Where      K  = required rate of an asset I
                                               1
                                              R = risk-free rate of return, commonly measured by return on treasury
                                               f
                                   bills or government securities
                                              b  = beta coefficient or index of non diversifiable risk for the asset I
                                               1
                                              K  = market rate of return on the market portfolio of assets
                                               m
                                   The CAPM can be divided into two parts (1) risk-free interest Rf which is required return on a
                                   risk free asset typically treasury bill or short-term government security and (2) the risk premium.
                                   These are respectively the two elements on the either side of the plus sign in the above equation.
                                   The (k  – R ) portion of the risk premium is called the market risk premium, because it represents
                                        m  f
                                   the premium - the investor must receive for taking the average amount of risk associated with
                                   holding the market portfolio of assets.
                                   The risk premium is the highest for small company stocks, followed by large company stocks,
                                   long-term corporate bonds, and long-term government bonds. Small company stocks are riskier
                                   than large company stocks, which are riskier than long-term corporate bonds (equity is riskier
                                   than debt instrument).
                                   Long-term  corporate  bonds  are  riskier  than  long-term  government  bonds  (because  the
                                   government is  less  likely  to ravage  on debt).  And of  course, treasury bills and  short-term
                                   government securities because of  no default risk, very  short maturity virtually risk-free as
                                   indicated by zero risk premium.



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