(13x12x11x13x12)/ (5x4x3x2x1) = 1859
13 13 # of poker hands with 3 clubs & 2 heards = ( ) ( ) 3 2 = (13!)( 13!) / (10!*3!*11!*2) = (13!)( 13!) / (10!*11!*12) = (13!)( 13!) / (10!*12!) = 13 * 13* 12 * 11 = 22308 #
2
three
There are 1287 possible 5 card poker hands that contain only diamonds, i.e. a diamond flush.This is 13! / (13-5)! / 5!Since there are 2598960 possible 5 card poker hands, 52! / (52-5)! / 5!, the probability of drawing a diamond flush is 1287 in 2598960, or about 0.0004952.
There are 2597673 such hands.There are 2597673 such hands.
13 13 # of poker hands with 3 clubs & 2 heards = ( ) ( ) 3 2 = (13!)( 13!) / (10!*3!*11!*2) = (13!)( 13!) / (10!*11!*12) = (13!)( 13!) / (10!*12!) = 13 * 13* 12 * 11 = 22308 #
A flushA flush is 5 cards of the same suit that are not sequential.Example of a Flush:2 of hearts (♥)5 of hearts (♥)7 of hearts (♥)8 of hearts (♥)King of hearts (♥)Not a Flush:4 of clubs (♣)5 of clubs (♣)6 of clubs (♣)7 of clubs (♣)8 of clubs (♣)(The above would be a "straight flush")
2
No. All kinds are the same in Poker. Club, diamond, heart, Spade are all the same.
Spades, clubs or hearts can be used with diamonds to make a pair, three of a kind, straight, or full house in poker.
three
There are 13 hearts in a pack of poker cards.
There are 1287 possible 5 card poker hands that contain only diamonds, i.e. a diamond flush.This is 13! / (13-5)! / 5!Since there are 2598960 possible 5 card poker hands, 52! / (52-5)! / 5!, the probability of drawing a diamond flush is 1287 in 2598960, or about 0.0004952.
In poker, there are 2,598,960 possible hands that can be dealt.
There are 2597673 such hands.There are 2597673 such hands.
In the game of poker, the blackjack suit does not hold any specific significance. Poker is typically played with a standard deck of 52 cards, which includes four suits: hearts, diamonds, clubs, and spades. Each suit is equal in value, and the blackjack suit does not exist in traditional poker gameplay.
In poker, there are 2,598,960 possible starting hands.