Thanks kj. My q was not clear. I was trying to say how many two-card hands can be expected, how many 3-card hands can be expected... and so on.kewljason said:Average cards per hand for player 2.71
Average cards per hand for dealer 2.91 (but this number drops to 2.78 if playing heads up)
See Modern Blackjack page 432 at[FONT=Arial, Helvetica, sans-serif] http://www.qfit.com/book/ModernBlackjackPage432.htm [/FONT]Katweezel said:Thanks kj. My q was not clear. I was trying to say how many two-card hands can be expected, how many 3-card hands can be expected... and so on.
Great! Thanks Norm.QFIT said:See Modern Blackjack page 432 at[FONT=Arial, Helvetica, sans-serif] http://www.qfit.com/book/ModernBlackjackPage432.htm [/FONT]
I was after some statistical information on the number of card dealt per hand, on average, for a heads up situation. This was the closest I got to getting the information but still does not answer the question really. Does anyone know where I can get some percentages on the average numbers of cards dealt head to head? Clearly this would start at four, then five (in case dealer or play draws one), then six (in case dealer draws two, both draw one, or play draws two), then seven etc.... clearly there are combinations here and would need maybe simulation software to work this out. However, from the simulation software I have seen I don't see this information, although of course it mush be in there somewhere if only these stats were kept.QFIT said:See Modern Blackjack page 432 at http://www.qfit.com/book/ModernBlackjackPage432.htm [/FONT]
FWIW, I have never seen this statistic anywhere, nor have I seen the question ever asked before. May I know why you want to know this?Peter JF said:I was after some statistical information on the number of card dealt per hand, on average, for a heads up situation. This was the closest I got to getting the information but still does not answer the question really. Does anyone know where I can get some percentages on the average numbers of cards dealt head to head? Clearly this would start at four, then five (in case dealer or play draws one), then six (in case dealer draws two, both draw one, or play draws two), then seven etc.... clearly there are combinations here and would need maybe simulation software to work this out. However, from the simulation software I have seen I don't see this information, although of course it mush be in there somewhere if only these stats were kept.
Also, as per the link above, this will likely be affected by the running count and by number of decks etc. I would be looking to base on say 6 or 8 decks with Las Vegas rules. Does any one have this information source or able to calculate it?
Well Don I gave a more detailed elaboration of this but it seems that it has not been posted. It is more involved that this as it is for checking if it is worth working on a kind of more basic kind of simple count method heads up. I think I will make a new post about this because it seems like there is no answer coming here unfortunately. Maybe I need to spread it more widely as I think someone will have the ability to calculate this with the right BJ calculator.DSchles said:FWIW, I have never seen this statistic anywhere, nor have I seen the question ever asked before. May I know why you want to know this?
Don
Hi Norm, do you have the same information but for the length of dealer hands? And also how it varies with count? Maybe I could run with that as a first pass of what I am looking at right now.QFIT said:See Modern Blackjack page 432 at[FONT=Arial, Helvetica, sans-serif] http://www.qfit.com/book/ModernBlackjackPage432.htm [/FONT]
You can surely "run with it," because a) the number of cards in the dealer's hand doesn't vary enough with the count for it to matter, and b) what you're doing isn't going to lead anywhere, anyway.Peter JF said:Hi Norm, do you have the same information but for the length of dealer hands? And also how it varies with count? Maybe I could run with that as a first pass of what I am looking at right now.
Can't imagine why you'd think that. The 2.7 is an average. Use it and you will be "ballpark" correct. Learn to accurately eyeball the cards in the discard tray, and you can be as precise as your motivation to be correct leads you.JJP said:If the number of spots playing stayed constant throughout the shoe, couldn't this number be used to get a more precise number of decks in the discard tray (assuming one counted the number of hands)?
It could be yes of course, however it is another count to have in mind rather than just estimating as Don says in his reply. Also note that the 'average' cards per hand will vary with the count as you can see in QFIT link here https://www.qfit.com/book/ModernBlackjackPage431.htmJJP said:If the number of spots playing stayed constant throughout the shoe, couldn't this number be used to get a more precise number of decks in the discard tray (assuming one counted the number of hands)?