You can draw C(52,13) = 52! /13! 39! = 635 013559 600 different 13-card hands from a deck of 52 cards.
There are 1716 of them.
The number of 5-card hands consisting of three of a kind can be calculated by choosing the rank for the three cards (13 options) and any two other cards (44 options remaining). Therefore, the number of 5-card hands consisting of three of a kind is 13 * 44 = 572.
Just one. After that you no longer have a card deck.
4*48*47/2 = 4512
If the cards are all different then there are 13C7 = 1716 different hands.
You can draw C(52,13) = 52! /13! 39! = 635 013559 600 different 13-card hands from a deck of 52 cards.
There are 15,820,024,220 ways.
eleventeen
There are 1716 of them.
There are 2,598,960 5-card hands. This is combinatorials, which is used in probability but is not probability itself.
This is a combinations question. There are (52 C 13) possible hands. This is 52!/((13!)((52-13)!)) = 635013559600
52*51*50*49*48------------------------120answer is 2598960
You can make 2,598,960 different 5 card hands (not counting permutations) with a standard 52 card deck.
There are 26 different ways of selecting a black card from a standard deck of 52 cards.
The number of 5-card hands consisting of three of a kind can be calculated by choosing the rank for the three cards (13 options) and any two other cards (44 options remaining). Therefore, the number of 5-card hands consisting of three of a kind is 13 * 44 = 572.
There are 1584 hands possible with 2 Kings, 2 Jacks and 1 other card which is not a King or a Jack.