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.
The probability that a standard deck of 52 cards does not contain a king is 0.
Probability that it is one of these eight cards is 8/52. Hence the probability of not getting these eight cards is 44/52
There are 3 face cards in a suit of 13 cards, so the probability is = 3/13.
2
If you pick enough cards, without replacement, the probability is 1. The probability for a single random draw is 1/26.
The probability that a standard deck of 52 cards does not contain a king is 0.
Probability that it is one of these eight cards is 8/52. Hence the probability of not getting these eight cards is 44/52
you have a 1/13 chance of getting an ace in a pack of cards
25%
A 1/13 Chance (Probability).
number of queen card = 4 number of cards in a deck of cards = 52 Probability of getting a queen card = 4/52 or 1/13
There are 3 face cards in a suit of 13 cards, so the probability is = 3/13.
2
If you pick enough cards, without replacement, the probability is 1. The probability for a single random draw is 1/26.
The probability is 1.The probability is 1.The probability is 1.The probability is 1.
It is a certainty if you pick 5 cards.
There is a .53846 probability (53.846%) if aces are counted as face cards. If they are not counted the probability drops to .48077 (48.077%)