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There are 13 hearts in a 52 card deck. The probability of selecting a heart out of the deck is 13/52 or 1/4 or 0.25.

Q: What is the probability that you will pull out a heart in a deck of cards?

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4/52 then is reduces to 2/26 then down to 1/13.

It is 0 - if you pull out 40 or more cards without replacement! If you pull out only one, at random, the probability is 3/4.

0.2884615

There is a 1 (one) in 13 (thirteen) chance that you will pull out a queen from a deck of 52 (fifty-two) cards.

16/52 because there are 13 hearts and 4 kings but one of the kings is a heart. and there are 52 cards in one full deck.

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4/52 then is reduces to 2/26 then down to 1/13.

It is 0 - if you pull out 40 or more cards without replacement! If you pull out only one, at random, the probability is 3/4.

0.2884615

There is a 1 (one) in 13 (thirteen) chance that you will pull out a queen from a deck of 52 (fifty-two) cards.

16/52 because there are 13 hearts and 4 kings but one of the kings is a heart. and there are 52 cards in one full deck.

I think it means something that happens at the same time as another. A probability thing. Like: roll a dice for odds and pull a queen of hearts out of a deck of cards.

The question is a little ambiguous. The simpler version is: if you picked up a shuffled deck of cards and drew two cards from it, what is the possibility that they would both be fives? The probability of drawing the first five is 4 out of 52, or 1/13. The probability of drawing the second five is then 3 out of 51, or 1/17. Combining these, you get that this should happen on average once in 13x17 = 221 tries. The more complicated version is: what is the probability that if you KEEP drawing cards from the deck that you will EVENTUALLY pull out two fives in a row? This is somewhat more likely, but the math does get complicated.

The answer is 8,648,640 in 674,274,182,400 or approximately 0.128%. To pull seven spades in a row from a deck of 52 cards may be translated as follows: In a deck of 52 cards there are 13 spades, so 13 chances to pull a spade or 13/52. After pulling one spade, there are 12 spades left and 51 cards left, so 12 chances to pull a spade or 12 / 51. After pulling the second spade, there are 11 spades left and 50 cards left, so 11 chances to pull a spade or 11 / 50. Continuing the above logic to the natural conclusion, we get the following multipliers: 13 / 52 * 12 / 51 * 11 / 50 * 10 / 49 * 9 / 48 * 8 / 47 * 7 / 46 which is equal to 8,648,640 / 674,274,182,400 or approximately 0.128%.

In a standard deck of 52 cards. Probability of drawing a spade: 4 suits, only 1 is spade. Each suit contains A-10 (10 cards) + K + Q + J (3 cards) 13 cards in each suit. There are 13 cards in the spades suit. You have a 13/52 chance of drawing a spade on your first draw. Probability of drawing a 5: there are only 4 5's in the deck. 3/52 chance of drawing a 5. (one 5card per suit that is not spades) 13/52 + 3/52 = 16/52 = .3076 or 30.8% chance of drawing a 5 or a spade on your first pull.

The answer depends on: whether the first card is replaced before drawing the second card,whether one or both cards need to be face cards.

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I think it means something that happens at the same time as another. A probability thing. Like: roll a dice for odds and pull a queen of hearts out of a deck of cards.