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What are the odds in favor of drawing a card higher than a 9 from an ordinary deck of cards?
If you assume that the Ace is high, then the odds of drawing a card higher than a nine is a standard deck of 52 cards is 20 in 52, or 5 in 13, or about 0.3846. If you assume that the Ace is low, then the odds of drawing a card higher than a nine is a standard deck of 52 cards is 16 in 52, or 4 in 13, or about 0.3077.
What is the probability of drawing a 9 or a king from an deck of cards?
8 out of 32
What is the probability of drawing 5 face cards from a standard deck of cards?
The probability of drawing one face card is 12 in 52. The probability of drawing the second face card, then, is 11 in 51. And so on, 10 in 50, 9 in 49, and 8 in 48. Since this is sequential probability, simply multiply the odds, giving (12/52)(11/51)(10/50)(9/49)(8/48) or (95040/311875200). I'l leave it to the reader to do the simple reduction to lowest terms.
A deck of cards is shuffled. What is the probability that all spades are together?
This would be like drawing a spade (or any suit for that matter) from a deck of cards one-by-one. Probability is: 13/52*12/51*11/50*10/49*9/48*8/47*7/46*6/45*5/44*4/43*3/42*2/41*1/40 = 6227020800/3.95424E21= 1.57477E-12= 0+
What is the probability of drawing a 9?
The answer depends on drawing a 9 from WHAT!
When a single card is drawn from a shuffled deck of 52 cards what are the odds against getting a 9?
There are four nines in the deck of fifty two cards. Therefore your odds are 4 out of fifty two, or one out of thirteen. (4/52 = 1/13) chances of drawing a nine. The odds, then, of not drawing a nine is 48/52, or 12/13, or about 0.9231.
What are the odds in favor of drawing a card higher than a 9 from an ordinary deck of cards?
If you assume that the Ace is high, then the odds of drawing a card higher than a nine is a standard deck of 52 cards is 20 in 52, or 5 in 13, or about 0.3846. If you assume that the Ace is low, then the odds of drawing a card higher than a nine is a standard deck of 52 cards is 16 in 52, or 4 in 13, or about 0.3077.
Drawing 3 cards that are all 9 from a deck of cards?
The probability of drawing 3 cards, all with the value of 9, from a standard 52 card deck, is ~0.018%.
What are the odds of drawing a 9 from a deck of cards?
If you don't specify the color, there are four of each card. So out of 52 cards there are four nines. Four out of 52 can be simplified into 1/13, which is about 8%.
When a single card is drawn from a single deck of cards what are the odds against getting a 9?
There are four 9's and 48 non-9's. The odds against a 9 is 48 to 4.
What is the probability of drawing a 9 or a king from an deck of cards?
8 out of 32
What is the probability of drawing a 9 from a deck of cards?
4/52 or 1/13 or 0.0769.
What is the probability of drawing a king or a 9 from a standard 52 card deck of cards?
The probability of drawing a king or a nine from a standard deck of 52 cards is (4 + 4) in 52, or 8 in 52, or 2 in 13, or about 0.1538.
What is the probability of drawing a king or a 9 from a standard 52 card deck of cards. put the answer in fraction?
It is 2/13.
What chance do you have of drawing the 9 of hearts with 2 jokers?
The wording of your question is such that it can mean three completely different things:"What chance do you have of drawing a card that can be used as a 9 of hearts with two jokers in the deck?""What chance do you have of drawing the 9 of hearts from a full deck that contains two jokers (54 cards)?""What chance do you have of drawing the 9 of hearts and both jokers"In answer to each of those questions:3/54 = 1/181/541/54 × 2/53 × 1/52 = 2/148824 = 1/74412
What is the probability of drawing 5 face cards from a standard deck of cards?
The probability of drawing one face card is 12 in 52. The probability of drawing the second face card, then, is 11 in 51. And so on, 10 in 50, 9 in 49, and 8 in 48. Since this is sequential probability, simply multiply the odds, giving (12/52)(11/51)(10/50)(9/49)(8/48) or (95040/311875200). I'l leave it to the reader to do the simple reduction to lowest terms.
A deck of cards is shuffled. What is the probability that all spades are together?
This would be like drawing a spade (or any suit for that matter) from a deck of cards one-by-one. Probability is: 13/52*12/51*11/50*10/49*9/48*8/47*7/46*6/45*5/44*4/43*3/42*2/41*1/40 = 6227020800/3.95424E21= 1.57477E-12= 0+
