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soulsey
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BlueNowhere said:Odds of getting it once x odds of getting it once. So here there are 6 combos of 66 and 1326 total combos. 6/1326 = 1//221 (1/221)*(1/221) = (1/221)^2 = 1/48841 = 0.002% chance.
Big_Rudy said:Well, as you know, I'm definately (and, defiantly) NOT a math guy, so my thinking could be way off, but this seems wrong. OP isn't asking about odds of getting this, or any, specific hand back-to-back, but just the odds of getting the exact same hand twice in a row. It seems to me (and my potentially flawed logic) that your first part (odds of getting it once) doesn't apply.
I guess what I'm trying to say is I THINK what the OP is asking is the odds of getting ANY hand twice in a row. I would think, then, that your odds of getting it the first time is 100% as we are just interested in matching our first hand with the second one and you have this chance literally every time you are dealt a hand.
Having said all that, I have no idea what the correct formula is (and you may even be right for all I know), but I don't think it's anywhere near as rare as 0.002%. I will concede it's a fairly rare event; just not THAT rare. Now, if OP IS asking the odds of getting EXACTLY this specific hand twice in a row, then I believe your formula is correct.
BlueNowhere said:I see what you're saying. Well presuming suits don't factor into the same hand thing, there is 78 starting hands with 16 combos each and 13 starting hands with 6 combos.
So chance of 2nd hand being a PP (preusming 1st hand is already a PP) = 6/1326 chance of 2nd hand bieng a non PP (presuming 1st hand is non PP) 16/1326
[(13/91)*(6/1326)] + [(78/91)*16/1326)] = 1/91
1/91*100 = 1.0989...% chance of getting the same hand on one table presuming the hand has already been dealt on the other.
If you wanted to include suitedness it's the same formula but a longer version.
BlueNowhere said:Odds of getting it once x odds of getting it once. So here there are 6 combos of 66 and 1326 total combos. 6/1326 = 1//221 (1/221)*(1/221) = (1/221)^2 = 1/48841 = 0.002% chance.
BlueNowhere said:Odds of getting it once x odds of getting it once. So here there are 6 combos of 66 and 1326 total combos. 6/1326 = 1//221 (1/221)*(1/221) = (1/221)^2 = 1/48841 = 0.002% chance.
WVHillbilly said:Playing in a home game a few years back (2 decks, pass the deal) I was dealt JJ 3 hands in a row. I never thought it might be rigged.
Aldito said:Isn't it just (1/52)*(1/51) = 1/(52*51) = 0.000377073906 or 0.0377%
Been a while since I took statistics lol
sam1chips said:haha well actually, the probably that in two consecutive hands you would be dealt the six of hearts as the left card and the six of diamond as the right card is 0.00001422% [(1/52)*(1/51)] ^ 2
I personally would prefer aces or kings, but still very interesting lol
Haha i guess thats true, if in the middle of the first hand, you're thinking, "what's the probability of getting the exact same hand in the same order?" it would be 0.0377%lenstra said:I think the 0.0377% answer is correct... there are 51*52=2652 different starting hands (including suits and order) and all have the same chance of appearing, 1/2652 = 0.0377%.
At the first table you're simply going to get one, it doesn't matter which. At the second table there's 0.0377% chance to get a specific hand, e.g. the same one as the first table.
Yea this. I just presumed suits didn't matter.Big_Rudy said:Yeah, this seems right. It's possible to manipulate the numbers a few different ways depending upon if order and/or suitedness matters or not. In Blue's earlier example he ignored them, hence his % came out higher. Just depends on specifically what you're looking for.
mootso said:Incorrect. Either you're going to get the same hand or you're not going to get the same hand...so the odds are 50/50. :smokin: