To calculate rate of return (ROR) in the problem we have followed trial and error method
Present Value factor (PVF) = (1+i)-N
Years(N) |
Cash flow |
PVF@12% i=12% |
PV of Cashflow |
PVF@13% I=13% |
PV of Cashflow |
0 |
-25000 |
1 |
-25000 |
1 |
-25000 |
1 |
15000 |
0.8928571 |
13392.8571 |
0.8849558 |
13274.3363 |
2 |
-4000 |
0.7971939 |
-3188.7755 |
0.7831467 |
-3132.5867 |
3 |
8000 |
0.7117802 |
5694.2420 |
0.6930502 |
5544.4013 |
4 |
15000 |
0.6355181 |
9532.7712 |
0.6133187 |
9199.7809 |
NPV at 12%= |
431.0948 |
NPV at 25%= |
-114.0682 |
Rate of return (ROR) is the interest rate at which the NPV=0, to estimate it we have followed trial and error method, first we have taken the PV factor = 12%, where the NPV =$431.0948, which is positive and then we have taken the PV factor =13%, where the NPV = -$114.0682which is negative. So the Rate of return must fall in between 12% to 13%.
Therefore
R1 = 12% NPV1=$431.0948
R2= 13% NPV2=-$114.0682
Using linear interpolation method of estimation of Rate of Return
ROR= R1 + (R2-R1)X[NPV1/(NPV1-NPV2)]
ROR = 12 + (13-12)[( 431.0948)/ {431.0948-(-114.0682)}]
ROR = 12 + (1)[( 431.0948)/ (431.0948+114.0682)
ROR = 12 + (1)[( 431.0948)/ (545.163) =12 +0.7907 or Approx 12.79%
The annual rate of return is approx 12.79%
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