You are evaluating a stock with the following historical returns: Year 1: 6% Year 2: 11%...

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You are evaluating a stock with the following historical returns: Year 1: 6% Year 2: 11% Year 3: 22% Year 4: -8% You do NOT need to draw a normal distribution on these returns, but DO need to list out the date points for each of the deviations that would full on a normal distribution of these returns: -30 (deviation), -20, -10, Average, 10, 20 & 30. You are not required to calculate any of this by hand and are welcome to use your calculator, but be sure to show your inputs or calculations if doing so! This is a calculation and does not require you to write any sentences or essays, only to show your work in how you solved the calculation. When showing your work, use formulas or calculator inputs N, etc. you must type your work in the text box. Do not show your calculator to the screen this will not be courited as showing work, only work in the text box will be graded. No work shown no credit. I do give partial credit based on work shown, even if the answer is incorrect, even if you aren't sure, please do something! You are evaluating a stock with the following historical returns: Year 1: 6% Year 2: 11% Year 3: 22% Year 4: -8% You do NOT need to draw a normal distribution on these returns, but DO need to list out the date points for each of the deviations that would full on a normal distribution of these returns: -30 (deviation), -20, -10, Average, 10, 20 & 30. You are not required to calculate any of this by hand and are welcome to use your calculator, but be sure to show your inputs or calculations if doing so! This is a calculation and does not require you to write any sentences or essays, only to show your work in how you solved the calculation. When showing your work, use formulas or calculator inputs N, etc. you must type your work in the text box. Do not show your calculator to the screen this will not be courited as showing work, only work in the text box will be graded. No work shown no credit. I do give partial credit based on work shown, even if the answer is incorrect, even if you aren't sure, please do something!

Answer rating: 100% (QA)

To calculate the data points for each deviation that would fall on a normal distribution of these re... View the full answer