a.) First of all we need to calculate the expected rate of return for project. which can be calculated from below formula
ERi=Rf+βi(ERm−Rf)
where:ERi=expected return of investment
Rf=risk-free rate
βi=beta of the investment
(ERm−Rf)=market risk premium
After putting the value
ERi = 4% + 1.59 ( 17% - 4%) = 24.67%
Net present value of the project will be as under :-
Cash Flows |
Amount In Thousand |
Discount Factor @ 24.67% |
Present Value in thousand |
C0 | -145 | 1 | -145 |
C1 | 85 | 0.80211759 | 68.17999519 |
C2 | 105 | 0.643392629 | 67.55622603 |
C3 | 95 | 0.516076545 | 49.02727179 |
Total Present Value of the Project | 39.76349301 |
So the present value of the project will be $39.76 Thousand
b) For certainty equivalent cash flow, we need to calculate first risk premium. which is calculated as under
Risk premium = Expected rate of return of project - Risk Free Return
= 24.67% - 4% = 20.67%
Now the formula for Certainty equivalent cash flow is as under
Certainty equivalent cash flow=Expected cash flow / (1+risk premium)
using above formula certainty equivalent cash flow will be as under
YEAR |
Cash Flow Amount ($ Thousand) |
(1+ Risk Premium) | Certainty Equivalent cash flow |
YEAR 1 | 85 | 1.2067 | 70.44 |
YEAR 2 | 105 | 1.2067 | 87.01 |
YEAR 3 | 95 | 1.2067 | 78.72 |
c) Ratio between certainty equivalent cash flow and expected cash flow will be as under
Cash Flows | Certainty Equivalent cash flow ($ Thosuand) | Expected
Cash Flow ($ Thousand) |
Ratio |
Year 1 | 70.44 | 85 | 0.83 |
Year 2 | 87.01 | 105 | 0.83 |
Year 3 | 78.73 | 95 | 0.83 |
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