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What is the probability that if you choose 13 cards out of a deck of cards all cards will be of the same suit?
Very low (less than 0.00000000001%)
How many ways can a hand of five cards consisting of four cards from one suit and one card from another suit be drawn from a standard deck of cards I think combination?
The probability of five cards being four cards from one suit and one card from another suit is the same as the probability of drawing four cards from one suit multiplied by the probability of drawing one card from another suit, multiplied by 5 (for each of the possible positions this other card can be drawn in). The probability of drawing four cards from one suit is 12/51 x 11/50 x 10/49. The probability of drawing a fifth card from another suit is 39/48. All these numbers multiplied together (and multiplied by 5) come to 0.0429. So the probability of drawing a hand of five cards with four cards from one suit and one card from another is 5.29%
If four cards are to be drawn from a deck of 52 cards what is the probability that they are of the different suit?
The probability that all four of the cards are different suits is 13/17 * 13/25 * 13/49 = 2197/20,825 or 10.54982%.
How many cards must be drawn from a standard deck to be certain that 4 of the cards are the same suit?
All of them. LOL
What is the probability of inserting 4 cards in the correct envelopes without paying attention?
The probability of inserting all four cards in the correct envelops is 1/24.
What is the probability that if you choose 13 cards out of a deck of cards all cards will be of the same suit?
Very low (less than 0.00000000001%)
What is the probability of being dealt a five card hand from a standard deck of cards will included all five cards of the same suit?
The probability that five cards chosen at random from a standard deck will all be the same suit is 12/51 * 11/50 * 10/49 * 9/48 = about 0.2%.
How many ways can a hand of five cards consisting of four cards from one suit and one card from another suit be drawn from a standard deck of cards I think combination?
The probability of five cards being four cards from one suit and one card from another suit is the same as the probability of drawing four cards from one suit multiplied by the probability of drawing one card from another suit, multiplied by 5 (for each of the possible positions this other card can be drawn in). The probability of drawing four cards from one suit is 12/51 x 11/50 x 10/49. The probability of drawing a fifth card from another suit is 39/48. All these numbers multiplied together (and multiplied by 5) come to 0.0429. So the probability of drawing a hand of five cards with four cards from one suit and one card from another is 5.29%
How would you solve probability of all cards being the same suit if 12 are chosen from a deck of 32?
I need more information. I would guess a deck of 32 cards would only have 8 card in each suit, so it would be impossible to draw 12 cards of the same suit. --- actuary fl
If four cards are to be drawn from a deck of 52 cards what is the probability that they are of the different suit?
The probability that all four of the cards are different suits is 13/17 * 13/25 * 13/49 = 2197/20,825 or 10.54982%.
What is probability of getting a 3 in a deck of cards?
For an ordinary deck of cards, the probability is 1. All decks of playing cards contain 3s.For an ordinary deck of cards, the probability is 1. All decks of playing cards contain 3s.For an ordinary deck of cards, the probability is 1. All decks of playing cards contain 3s.For an ordinary deck of cards, the probability is 1. All decks of playing cards contain 3s.
How many cards must be drawn from a standard deck to be certain that 4 of the cards are the same suit?
All of them. LOL
If 4 cards are drawn out of a deck of 52 what is the probability that the cards will be the same number in different suits?
The probability that the first card will be something is 1 in 1. The probability that the second card will match the number of the first card is 3 in 51. The probability that the third card will match is 2 in 50. The probability that the fourth card will match is 1 in 49. Multiply all of these together, and you get 6 in 124950, or 3 in 62475, or 1 in 20825, or about 0.00004802.This solution assumes that the "number" of the card includes the possibility of it being an Ace or a face card, so the stated probability is simply the probability of drawing a four of a kind with a draw of four cards.
What is the highest possible hand in a game of poker that consists of a sequence of five cards in numerical order, all of the same suit, known as an "ace straight"?
The highest possible hand in poker that consists of a sequence of five cards in numerical order, all of the same suit, is called a "royal flush." It includes the cards 10, Jack, Queen, King, and Ace of the same suit.
How many cards must you draw from a regular deck of 52 playing cards to be sure at least 3 are from the same suit?
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.
Can you explain the rules for a flush in the crib during a game of cribbage"?
In cribbage, a flush is when all four cards in your hand are of the same suit. To score a flush in the crib, all five cards (your four cards plus the starter card) must be of the same suit. A flush in the crib is worth 5 points.
Does a flush score points in cribbage?
Yes, it does. In your dealt hand if you have 4 cards of the same suit you get 4 points. In order to get points in the crib, all 5 cards must be the same suit, in which case you would get 5 points.
