Page 9 - FINAL CFA II SLIDES JUNE 2019 DAY 6
P. 9

LOS 20.d: Explain how sensitivity analysis, scenario analysis,
   and Monte Carlo simulation can be used to assess the stand-                    READING 20: CAPITAL BUDGETING
   alone risk of a capital project.

    Sensitivity analysis involves changing an input (independent) variable to   MODULE 20.2: EVALUATION OF PROJECTS AND DISCOUNT RATE ESTIMATION
    see how sensitive the dependent variable is to the input variable.


     EXAMPLE: Sensitivity                                                                    Scenario analysis considers both the sensitivity of some
     analysis: Ferndale Inc. is                                                              key output variable (e.g., NPV) to changes in a key input
     analyzing a capital budgeting                                                           variable (e.g., sales) and the likely probability distribution of
     expansion project with the                                                              these variables. Scenario analysis allows for changes in
     following cash flow forecasts:                                                          multiple input variables all at once (worst case, best case, and
     •  3-year project                                                                       base case) whilst sensitivity only allows for one scenario!
     •  Unit sales = 1,500 per year
     •  Price = $50.00
     •  Variable cost = $20.00 per unit
     •  Fixed cost = $5,000 per year
     •  FCInv = $60,000
     •  Depreciated straight-line over
        three years to book value of
        zero
     •  NWCInv = $15,000
     •  Salvage value at end of three
        years = $10,000             To which inputs are the NPV and the IRR estimates (1)
     •  Marginal tax rate = 40%     most sensitive and (2) least sensitive?
     •  Cost of capital = 15%
                                   Answer: The project’s NPV and IRR are most sensitive to changes
     The base case NPV and IRR are   in price because when price drops by 20% the NPV goes from
     $11,871 and 23.5%, respectively.  positive to negative. The project is also sensitive to changes in unit
                                   sales because a 20% drop in sales will generate a negative NPV.
     The following figure includes a   The project appears to be least sensitive to changes in the estimate
     sensitivity analysis of the key   of salvage value and fixed costs.
     inputs assuming a 20% increase
     and decrease in each variable,
     holding the others constant. (We
     haven’t provided the solutions
     here because we want to focus on
     sensitivity analysis, but feel free to
     check our answers!)
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