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Calculate the expected Financial Consequence E(FC) (mean value).

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  4. Analyze the plots and explain the conclusion about comparative amount of expected volatility by each stock, which we can make visually.
  5. C) Calculate value added at each stage of production
  6. C) Calculate value added at each stage of production

,

where Pi – Probability Assessment of Likelihood of State;

Xi – Financial Consequences of Being in This State;

N – sample size.

& Use function SUMPRODUCT

5. Add columns "Absolute deviation" to the main tables for each project and calculate deviation of the Financial Consequences from its expected value

Xi – E(FC)

6. Calculate the variance D(FC):

 

& Use function SUMPRODUCT

7. Calculate the Standard Deviation σ(FC): (root of the variance).

 

8. Calculate the Coefficient of variation: CV(FC) = (σ(FC)/ m(FC)) · 100%

Create a table to calculate semi-characteristics for Financial Consequences.

 

Semi-characteristics (one-sided deviations)
  Project А Project В
Sample Semi-Variance SDFC    
Sample Semi-Standard Deviation FC    
Semi-Coefficient of variation SCV FC    

10. Calculate the Semi-Variance SDFC:

& In the numerator use a function SUMPRODUCT and select only the cells with negative deviations.

& In the denominator use a function SUM and then only in cells, corresponding negative deviations.

11. Calculate the Semi-Standard Deviation: SσFC

12. Calculate the Semi-Coefficient of Variation:

SCVFC = (SσFC / E(FC)) · 100%.

Build the charts showing the dependence of the standard deviation from the expected profit rate for two-sided and one-sided deviations. Analyze the results.

Make the conclusion, if the net return over month distribution is symmetric or not and what outcome (positive or negative) is more probable (in accordance with algorithm, which you have used in the part 1 of the laboratory work)..

In the base of the obtained results of quantitative risk analysis of stocks formulate the advice for decision maker, provides for possible automatically generate the answer for making a decision on the choice of type of stocks, that guarantee the best combination of the expected value of Financial Consequences and degree of risk (in accordance with algorithm, which you have used in the part 1 of the laboratory work)..

 

ADVICE FOR DECISION MAKER  

 


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Читайте в этой же книге: A Simple Calculation | Defining a Function | Creating a vector or matrix | Setting the format of a single result | Playing a Previously Saved Animation | Exercise 3. To display on a screen the value of system constantpand to set the maximal format of her displaying locally. | Finding Roots | Linear/ Nonlinear System Solving Solve Blocks | Symbolic calculations. | PART I. USING THE OPTION ADD TRENDLINE |
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Analyze the plots and explain the conclusion about comparative amount of expected volatility by each stock, which we can make visually.| Описание метода эксперимента

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