> 1/13
Actually, there are 12 face cards in a deck, so the probability is 12/52 = 3/13 = 0.231
1 in 26
1/52. Only one card, the Jack of diamonds, will satisfy your requirements.
There are 2 red jacks, so 2/52 or about .038%
2/13
Probability of Jack being drawn is 4/52 since there are 4 Jacks and 52 cards in the deck. Also, the probability of drawing a Queen and King is 4/52. So, if you draw one card from a normal deck of cards the probability of drawing a jack or queen or king is 4/52 + 4/52 + 4/52 = 12/52 or 3/13 or 0.2308.
Assuming a 52 card deck with no cards already drawn, the chance that you draw a queen OR a jack is 8/52.
The answer depends on whether or not the first card is replaced before drawing the second.
If there is 1 Jack of clubs, and 52 total cards, then the chance of picking the jack on the first selection is 1/52
1 in 26
The answer depends on how many cards are picked and whether or not the cards are replaced before picking the next one. If only three cards are picked and they are not replaced, the probability is 3*2*1/(52*51*50) = 1/22100 = 0.000 045 2 If the cards are replace, the probability is 3*2*1/523 = 0.000 042 7
It is 50/52 or 0.9615
The probability of drawing a jack or a queen from a standard deck of 52 cards is ((1 + 1) times 4 ) in 52, which is 8 in 52, or about 0.1538.
1/52. Only one card, the Jack of diamonds, will satisfy your requirements.
There are 2 red jacks, so 2/52 or about .038%
2/13
8 in 52
For a single card, picked at random from a well shuffled normal pack the probability is 3/13.