![]() |
|
#11
|
|||
|
|||
|
[ QUOTE ]
1/(2^42) = 1/(4,398,047,000,000) (approximately) which is approximately 1/10,000,000,000,000 (ten quadrillion, if I remember correctly). [/ QUOTE ] I have seen a lot of this kind of calculations and I think they have done a lot of harm because there are people out there that actually beleive in them. Your caluclation is aproximate with random boards and hole cards if villain always was put to the test on river with a bet and did not have any clue about where he stood in the hand i.e. was just guessing on the river. That means, no prior betting information but more importantly couldn't see the board or his own hole cards. |
|
|