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(4/52)*(3/51)*(2/50) = 24/132600 = 0.000181
there's 4 suits in one deck of cards. if j =11, queen =12, and king =13. that means there will be 6 even numbers card in one suit, and times that by 4, which mean 24. theres 24 cards are even in a regular deck of cards.
Taking the aces as their face value of 1, then there 6 cards valued 6 or less in each suit in the deck, so 24 cards in total. 24/52 simplifies to 6/13, or a 46.2% chance. If the aces are 'high' and count as being higher than 6, then it is 5/13, or 38.5% chance.
after drawing the red card; deck status is:25 red and 26 black cards, total 51 cardsFirst part, drawing 13 black cards:probability of drawing 1st black card: 26/51probability of drawing 2nd black card: 25/50and so on .......till, probability of drawing 13th black card: 14/39overall probability= 26/51 * 25/50 * ...... 14/39Second part, drawing 13 red cards:probability of drawing 1st red card: 25/51probability of drawing 2nd red card: 24/50and so on .......till, probability of drawing 13th red card: 13/39overall probability = 25/51 * 24/50* ...... 13/39
24 ways.