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# a Bit More About the Statistical Standard Deviation?

Topic closed. 6 replies. Last post 5 years ago by mcginnin56.

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miami
United States
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June 26, 2012
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 Posted: June 26, 2012, 8:52 pm - IP Logged

I read your book about probability and find it very interesting. Good work. I've been a roulette player for 2 years and has wasted a lot of money on so-called winning strategies. Roulette is quite like a hobby for me now just at the time I read your book about "anything which has non-zero probability would happen when trials arise".

I found two things hard to understand in your book, one is in the chapter that you introduced the "Super Roulette Strategy". You mentioned a piece of word about "In/De" strategy, but I found there was a member here has already asked about that, and you wanted to keep it a secret. It's fine, I won't ask about that again here.

But how about the "statical standard deviation" you mentioned in the chapter about standard deviation? and FFG deviation? You said in the book that "50% or more percentage of repeat will happen within FFG median". Should I think it like this: for example, roulette number 0 will repeat itself 68.2% of time between (FFG median - FFG deviation trials TO FFG median + FFG deviation trials); 95.4% of times between (FFG median - 2*FFG deviation trials TO FFG median + 2*FFG devation trials)?

United States
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March 14, 2012
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 Posted: June 26, 2012, 9:37 pm - IP Logged

Whos book?  Did Todd write a book about roulette??

United States
Member #111442
May 25, 2011
6323 Posts
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 Posted: June 26, 2012, 9:57 pm - IP Logged

Whos book?  Did Todd write a book about roulette??

I think I might have last week, during a particularly slow posting session. Ah yes...it's all coming back now.

The Statistical Standard Deviation is best applied when gaming in the Central Standard Time Zone, unless of course it's a leap year, then you'll

definitely want to stay below the meridian latitudes of the Non-Standard Deviation Sector located in the Mountain Standard Time Zone. When in

doubt, always proceed to the least resistance path of the Aeronautical section of regional gaming zones Alpha, Bravo, Charlie and Delta. By this

time you should be ahead by 40% of your acceptable Deviational parameters, and be ready to make your surprise move to check mate, Queens

bishop to rooks pawn, game over!

United States
Member #116268
September 7, 2011
20244 Posts
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 Posted: June 26, 2012, 10:57 pm - IP Logged

This is a copy and paste job from another forum. The material in question is an Options trading system. Sold on CD of course. lol.lol.

Way back up in them dadgum hills, son!
United States
Member #73904
April 28, 2009
14903 Posts
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 Posted: June 26, 2012, 11:05 pm - IP Logged

I read your book about probability and find it very interesting. Good work. I've been a roulette player for 2 years and has wasted a lot of money on so-called winning strategies. Roulette is quite like a hobby for me now just at the time I read your book about "anything which has non-zero probability would happen when trials arise".

I found two things hard to understand in your book, one is in the chapter that you introduced the "Super Roulette Strategy". You mentioned a piece of word about "In/De" strategy, but I found there was a member here has already asked about that, and you wanted to keep it a secret. It's fine, I won't ask about that again here.

But how about the "statical standard deviation" you mentioned in the chapter about standard deviation? and FFG deviation? You said in the book that "50% or more percentage of repeat will happen within FFG median". Should I think it like this: for example, roulette number 0 will repeat itself 68.2% of time between (FFG median - FFG deviation trials TO FFG median + FFG deviation trials); 95.4% of times between (FFG median - 2*FFG deviation trials TO FFG median + 2*FFG devation trials)?

"The only thing necessary for evil to triumph is for good men to do nothing"

--Edmund Burke

Michigan
United States
Member #81740
October 28, 2009
42115 Posts
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 Posted: June 26, 2012, 11:19 pm - IP Logged

Try the formula

The sum of x minus x bar divided by n-1 squared.

Be Happy.

United States
Member #111442
May 25, 2011
6323 Posts
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 Posted: June 28, 2012, 4:31 am - IP Logged

Try the formula

The sum of x minus x bar divided by n-1 squared.

I tried that formula Sully, and it works like a charm!     It actually gave me my new set of pick 4 numbers, for tomorrows predictions.

Think it was the n-1 squared that clarified all my confusion.