15999 to 1
In a game of poker, flush odds are the chances of getting five cards of the same suit. The probability of getting a flush in poker is approximately 0.20 or 20.
The probability of getting a full house in a game of poker is higher than getting a flush.
The probability of achieving a higher flush in a game of poker is dependent on the number of players and the cards dealt. In general, the probability is low, as a higher flush requires having five cards of the same suit in a higher sequence than the other players.
The probability of getting a flush in Texas Hold'em with a 5-card hand is approximately 0.1965, or about 19.65.
The odds of getting a three card flush in a standard deck of playing cards are approximately 0.198 or 19.8.
Probability is useless here because you figure probability from the present to the past, which is wrong. Rather like saying; " what is the probability of me drawing a straight flush in this deal of cards? " The cards were dealt and you received a straight flush. The direct analogy is, the " cards ' of life were dealt and we now have cells that go from simple to complex. This is a common and mistaken creationist tactic. Ask any mathematician.
With 5 cards: Straight Flush: approx 72,192 to 1 Royal Flush: 649,740 to 1 With 6 cards: Straight Flush: approx 12293 to 1 Royal Flush: 108289 to 1 With 7 cards: Straight Flush: approx 3590 to 1 Royal Flush: 30939 to 1
The odds of getting a flush with two suited cards in a standard 52-card deck are approximately 0.84.
The odds of completing a flush draw with two suited cards in Texas Hold'em is approximately 34.97 by the river.
I will assume you numbers are correct, and the odds of NOT getting a royal flush is 649740 to 1, then the odd of a royal flush is the reciprocal of that. When we speak of odds in probability it has a very specific meaning. If P is the probability of an even , then the odds in favor of P are P/(1-P). For example, the odds of getting a 6 when we throw a die is not 1/6, it is 1/6 divided by 1-(1/6) or 1/6 divided by 5/6 which is 1/5 or 1 in 5. The odds of not getting a 6 is 1/(1/5)=5 to 1 So your given odds are 649740/1 and the odd of getting the royal flush are 1/649740.
Flush _5 cards same suit...full house _3 same cards + 2 same cards... royal flush _5 face cards of same suit...straight _5 cards in consecutive order...straight flush _5 cards in consecutive order of same suit
Five cards of the same suit is a FLUSH.