The first card can be anything. That means that there are 51 cards left and 39 of them are not the same suit as the first one, therefore P(not same suit) = 39/51 = 13/17.
1/13
If 2 cards are selected from a standard deck of 52 cards without replacement, in order to find the probability that both are the same suit, start with the first card...The probability that the first card is any suit is 52 in 52, or 1.Now, consider the second card. There are 12 cards remaining in the same suit, and 39 cards remaining in the other three suits...The probability that the second card is the same suit as the first card is 12 in 51, or 4 in 17, or 0.235.The probability of both events occurring is the product of those two probabilities. That is still 4 in 17, or 0.235.
The minimum number of cards that must be dealt, from an arbitrarily shuffled deck of 52 cards, to guarantee that three cards are from some same suit is 9.The basis for 9 is that the first four cards could be from four different suits, the next four cards could be from four different suits, and the ninth card is guaranteed to match the suit of two of the previously dealt cards. The minimum number, without the guarantee, is 3, but the probability of that is only 0.052, or about 1 in 20.
5. Assuming the first four are all different suits, the 5th card must be a duplicate suit. If any prior to the 5th card is not a new suit, it is garunteed to be a duplicate of a prior suit.
ONLINE CASINO GAMBLING Same suit in gambling It depends on what you mean, however, I suspect you're talking about cards. The "suit" of cards is whether it's clubs, spades, hearts, or diamonds. If two cards are the same suit, they are both one of those.In playing cards, a suit is one of several categories into which the cards of a deck are divided.Many nations have different suits of cards. Almost every country has decks of cards that have different suits.
tierce
tierce
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.
The first card can be anything. That means that there are 51 cards left and 39 of them are not the same suit as the first one, therefore P(not same suit) = 39/51 = 13/17.
The first four cards could all be of different suits. The next four cards might also all be of different suits. This would mean that you would have two of each suit. Then you might have to draw a ninth card to be sure of having three of the same suit.
Tierce
The answer is 'Tierce'
straight
1/13
A suit contains 13 cards of the same kind. 4 cards may be choosen out of 13 in 13C4 (715) ways. There are 4 suits. Therefore, the number of possible hands for getting 4 cards of the same suit is 4 x 13C4 = 4 x 715 = 2,860.