As phrased, this is a bit of a trick question. Each of 4 suits in a standard deck contains 2 cards between 3 and 6 (the 4 and 5 cards), for a total of 8 cards between 3 and 6. Thus the probability of any pick being a 4 or 5 is 8 out of 52, or 2:13.
If the questioner actually meant to ask about cards "from 3 to 6", which would include the 3 and 6, the odds double to 16 out of 52, or 4:13.
6.37%.
The probability of an event is simply the number of favorable outcomes divided by the number of possible outcomes. The probability of two events in sequence is the product of the two probabilities on their own.
The first step is figuring out the individual probabilities.
Now that we have the individual probabilities, we just multiply them.
1/4 * 13/51 = 13/204
This would look much nicer as a percentage, so we'll multiply by 100 and report the answer as a decimal:
13/204 * 100 = 6.37%
Thus, there is a 6.37% chance that you will draw a heart followed by a spade from a shuffled deck of cards.
The probability of choosing a six of spades from a pack of cards is 1 in 52.
It depends on how many cards there are. Please be more specific with your question
There are 52 possible cards to draw, 8 of which are either 4s or 6s. 8/52, or roughly 15% is the answer. Assuming, of course, that all 52 cards are still in the deck.
13
4/52=1/13
The probability is 0.25
The probability of drawing an Ace from a standard deck of 52 cards is 4 in 52, or 1 in 13, or about 0.07692.
The probability of picking a black ace in one random draw from a normal pack of playing cards is 1/26.
The probability of picking one red card of a deck of 52 playing cards is 26 out of 52, or 1 out of 2.
If it is an ordinary pack of playing cards then the probability is 0.5
It is 1/52.
there are 4 1's or aces in a pack of 52 cards. Probability of picking an ace=4/52=1/13
1 in 52
13/52 = .25
1/2 or 0.5.
1 in 52, or 0.01923
The probability is 0.