Everybody knows that singles constitute 25% of total hands dealt, the remaining hands will arrange into streaks of different lenght.
So after 20 hands dealt, on average we'll expect 5 singles and 5 streaks; after 40 hands 10 singles and 10 streaks and after 60 hands 15 singles and 15 streaks.
Of course those percentages will equal itlr and also at the vast majority of shoes dealt, meaning that we will expect relatively low deviations.
Yet everybody knows that a single shoe is a world apart, the same about few consecutive shoes dealt.
Think about sections containing 6, 7 or more consecutive streaks without no singles and the exact opposite scenario.
Those are natural "strong" deviations that must be balanced along the way, otherwise the game would be easily beatable.
Anyway such balancement most of the time doesn't act symmetrically as the transitory deficit will be overcome by low or moderate changes of direction, privileging opposite short patterns than long patterns.
More later
as.
So after 20 hands dealt, on average we'll expect 5 singles and 5 streaks; after 40 hands 10 singles and 10 streaks and after 60 hands 15 singles and 15 streaks.
Of course those percentages will equal itlr and also at the vast majority of shoes dealt, meaning that we will expect relatively low deviations.
Yet everybody knows that a single shoe is a world apart, the same about few consecutive shoes dealt.
Think about sections containing 6, 7 or more consecutive streaks without no singles and the exact opposite scenario.
Those are natural "strong" deviations that must be balanced along the way, otherwise the game would be easily beatable.
Anyway such balancement most of the time doesn't act symmetrically as the transitory deficit will be overcome by low or moderate changes of direction, privileging opposite short patterns than long patterns.
More later
as.