Chance of 2, 6, or J on the first draw is (4/52+4/52+4/52) = 12/52 = 3/13 = 23.1%
Chance of 2, 6, or J on the second draw is (4/51+4/51+4/51) = 12/51, as long as the first draw did not produce the correct card. (1-3/13)*12/51 = 10*12/13*51 = 18.1%
Chance of 2, 6, or J on the third draw is (4/50+4/50+4/50) = 12/50 = 6/25, as long as the first two draws did not produce the correct card (58.8%)*.24 = 14.1%
Total probability = 55.3%.
There are 52 cards in the deck.The probability of drawing the ace of spades on the first draw is 1/52 .Since you don't put the first card back, there are then 51 cards in the deck.The probability of drawing the 4 of spades on the second draw is 1/51 .The probability of both occuring is (1/52) x (1/51) = 1/2,652 = 0.037707 % (rounded)
The absolute probability is even, given one draw. However, statistically, the chance of drawing an ace and a king as two cards at random is 1: 81.25Chance of drawing first card is either an ace or a king is 8: 52 (1 in 6.5).Now the remaining other card (ace or king) is 4 in 51 (1 in 12.5)*In Blackjack, the drawing of any face card or 10 improves the odds of a natural blackjack using only one deck to 1: 20.8 but the show used holds more than one deck.
approx 15 %Reason: There are 2 cards in each suit of 13 that are either an Ace or a Jack.So there is a 2 out of 13 (or 8 out of 52) chance, which is 15.38% chance.IN FRACTION AND USING PERMUTATIONS AND COMBINATIONStotal number of cases : 52C1favorable cases : in cards there are 4 aces and 4 jacks, therefore 4+4 = 8P (of drawing an ace or a jack) = 8/52= 2/13odds against this question is : 2/(13-2)= 2/11 [ANS.]
Theoretical probability:Theoretical probability is when you decide what is the probability of something using the information that is given to you!
There are three main methods for assigning probabilities Following the classical definition of probability Using relative frequencies Using subjective probability
There are 52 cards in the deck.The probability of drawing the ace of spades on the first draw is 1/52 .Since you don't put the first card back, there are then 51 cards in the deck.The probability of drawing the 4 of spades on the second draw is 1/51 .The probability of both occuring is (1/52) x (1/51) = 1/2,652 = 0.037707 % (rounded)
The answer can be found using the formula a-n, a representing the total number of elements, and n representing the number of specific elements drawn. In this case we have 44 cards with 3 drawn so we use 44-3 = 1/85184. The probability is 1 in 85,184
1/52, or One over Fifty-Two. The odds are so because there are fifty-two cards in a deck, and there is only one Queen of Spades. The chances of you picking a Queen of Spades is One in Fifty-Two tries. If you are using jokers, 1/54, because there are 2 extra.
The absolute probability is even, given one draw. However, statistically, the chance of drawing an ace and a king as two cards at random is 1: 81.25Chance of drawing first card is either an ace or a king is 8: 52 (1 in 6.5).Now the remaining other card (ace or king) is 4 in 51 (1 in 12.5)*In Blackjack, the drawing of any face card or 10 improves the odds of a natural blackjack using only one deck to 1: 20.8 but the show used holds more than one deck.
approx 15 %Reason: There are 2 cards in each suit of 13 that are either an Ace or a Jack.So there is a 2 out of 13 (or 8 out of 52) chance, which is 15.38% chance.IN FRACTION AND USING PERMUTATIONS AND COMBINATIONStotal number of cases : 52C1favorable cases : in cards there are 4 aces and 4 jacks, therefore 4+4 = 8P (of drawing an ace or a jack) = 8/52= 2/13odds against this question is : 2/(13-2)= 2/11 [ANS.]
Assuming that you are using a full deck of playing cards, excluding Jokers, there would be four 3s in a deck of fifty-two total cards, making your chances of drawing a 3 the first time 1:13. However, to draw two 3s in a row in a true random scenario, we start with the condition that you have already drawn your first 3 (the 1:13 chance). Going from here, we would then have another 1:13 chance of drawing a 3, so we simply multiply the two ratios to arrive at a probably of 1:169.
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I don't know what the probability of getting 5 of a kind using 106 cards is, however I do know that you cannot play poker with that many cards. Only 52 cards are ever used in poker, home games of course allow for the use of a joker in certain games.
drawing from a deck of cards printed with either an upper case or a lower case q
USING PERMUTATIONS AND COMBINATIONStotal number of cases : 52C13favorable cases : (52-1)C13 = 51C13P (of not drawing an ace of spades) = 51C13/52C13= 3/4odds against this question is : 3/(4-3)= 3/1 [ANS.]
Using a tree diagram to solve this is using a sledge-hammer to crack a nut. the answer is (26/52 )(25/51)(24/50) or 6/51 = 2 / 17
Uno Extreme is played using a deck of UNO cards and a machine that launches UNO cards. Instead of drawing cards like in regular UNO, a player pushes a button and a random amount of cards is launched out at the player.