I suppose you could say that about anyone. Except how many years has he been a "statistical outlier?" Did you do the math on that one?Soros is statistical outlier. No one can prove that he was skilfull or lucky. Just an outlier.
I suppose you could say that about anyone. Except how many years has he been a "statistical outlier?" Did you do the math on that one?Soros is statistical outlier. No one can prove that he was skilfull or lucky. Just an outlier.
it's really obvious in poker. ANYONE can win a WSOP, but if any player makes it to the final table twice, they must be one hell of a player.I suppose you could say that about anyone. Except how many years has he been a "statistical outlier?" Did you do the math on that one?
I suppose you could say that about anyone. Except how many years has he been a "statistical outlier?" Did you do the math on that one?
I suppose you could say that about anyone. Except how many years has he been a "statistical outlier?" Did you do the math on that one?
You may wish to acquaint yourself with the joint probability of his making outsized returns, essentially year after year and in all kinds of markets, for well over a generation in your reference to "statistical outliers."Time is not a function.
%%%%%%%%%%%%%%%%%%%%%%Soros is statistical outlier. No one can prove that he was skilfull or lucky. Just an outlier.
" http://en.wikipedia.org/wiki/Odds
A simple example is that the (statistical) Odds for rolling six with a fair die (one of a pair of dice) are 1 to 5. This is because, if one rolls the die many times, and keeps a tally of the results, one expects 1 six event for every 5 times the die does not show six. For example, if we roll the fair die 600 times, we would very much expect something in the neighborhood of 100 sixes, and 500 of the other five possible outcomes. That is a ratio of 100 to 500, or simply 1 to 5. To express the (statistical) Odds against, the order of the pair is reversed. Hence the Odds against rolling a six with a fair die are 5 to 1. The probability of rolling a six with a fair die is the single number 1/6 or approximately 16.7%.
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" http://en.wikipedia.org/wiki/Risk_return_ratio
The Risk-Return-Ratio is a measure of return in terms of risk for a specific time period.
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Shouldn't this read...probability of rolling a 6 with a pair of fair die, 5/36 or 13.8% not 16.7%