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I suggest it is a certainty. Unless the purpose of the game is simply to keep looking at the deck of cards, someone, at some time, must pick up a card.
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The probability of picking any particular card from a deck of 36 different cards is 1/36, or about 0.028.
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What is a card game that involves probability?
Snap, bridge games use probability.
What is the probability of getting a pair of kings dealt in a 5 card poker game?
It is 0.0465, approx.
A card is drawn randomly from a deck of ordinary playing cards you win 10 if the card is a spade or an ace what is the probability that you will win the game?
4/13
What is the probability of scoring a Royal Flush of diamonds in a 5-card game with 8 players on the table?
it is 1/8
What is the most common card drawn from a standard deck of cards?
They all have the same probability to be picked. This can change though depending on the game you are playing
What is the probability of picking the ace of hearts or ace of clubs?
There is a 1 in 26 change depending on the game (In a standard deck there are 52 cards and you want to pick 2 of then you devide by 2 and you get 26. Hope this helps -Fishchunks
Probability found using frequencies in a game or experiment?
Experimental probability
The probability that Bob will win a game of snooker is 0.7 and the probability that he will win a game of chess is 0.6 What is the probability that he will not win both games?
The probability that he will not win both games is 0.58
What is the probability of winning two games with the same probability of 0.8?
The probability of winning two games with the same probability of 0.8 can be calculated by multiplying the probability of winning the first game (0.8) by the probability of winning the second game (0.8). Therefore, the probability is 0.8 * 0.8 = 0.64, or 64%.
What does the doom card look like in the game?
It looks like a black card with a weird skull on it in the game but in real it is a hand picking up the doom card and only increases 30g power of darknessthe weird skull is naga and its effect isplay at the start of a battle.the losing players bakugan is removed from the game.your bakugan get g power based on its attribute
What are the odds against 26 consecutive hands without so much as a pair in a five-player game of Texas hold 'em?
The probability of no player ever getting a pair with 5 players of Texas Hold 'Em in 26 hands is 1.4937 x 10-8, but see the note at the bottom. A five-player game of Texas Hold 'Em has 15 cards in play on each hand; the two down cards for each player, and the 5 common up cards. The probability of one of the down cards matching the other down card or one of the five up cards is 6 in 52 or 0.11538. The probability of one of the up cards matching one of the four other up cards is 4 in 52 or 0.076923. Invert these probabilities, and you get the probability of not matching: 46 in 52 for the down card, and 12 in 13 for the up card. Multiply these two together, and you get the probability of 552 in 676 or 0.81657 that one player does not have a pair. To determine the probability that no player has a pair, include the four other down card probabilities in the calculation. The up card probability is common to all players, so you only count that once. You get a probability of 2471555712 in 4942652416 or 0.50005 that no one has a pair in one game. To determine the probability that no player has a pair in 26 games, simply raise that to the 26th power, giving a probability of 1.4937 x 10-8 (0.000000014937) that no one gets a pair in 26 games. Note that this does not include the probability of someone not getting a flush or straight - it only gives the probability of no one ever getting a pair, and the result is so low as to be practically impossible.
Is BET picking up the show The Game?
Yep
