- How many ways can one obtain exactly 3 aces in a 5-card hand?
- How do you find the probability of drawing cards?
- How many 13 card hands having exactly 11 cards from any suit can be dealt?
- What is the probability when drawing 5 cards?
- How many hands contain exactly 3 Kings?
- How many 4 card hands can a 13 card deck have?
- How many ways can you make a 5 card hand with 5 diamonds?
- Which flush is higher?
- How many different 5 card hands have all 5 cards of the same suit?
- What is it called when you have 5 cards of the same suit?
- What is the probability of drawing a red card or a 3?
- How many different hands contain exactly 4 Diamonds?
- How many different 7 card hands include the ace queen and king of spades?
- Which card suit is highest in poker?
- How many 5 card hands are there consisting of all diamonds?
- How do you find the probability of 5 card poker hands?
- How many different 7 card hands are possible?
- Is JQKA 2 a straight?
- How many 5 card hands are possible?
- How many 5 card hands contain 2 aces and 3 kings?
- What is the probability of getting 4 aces in a hand of poker with 5 cards?

## How many ways can one obtain exactly 3 aces in a 5-card hand?

4 waysHow many ways can we draw 5 cards that contains exactly 3 Ace’s.

No replacement.

Reasoning: There are (43) = 4 ways to select 3 cards (Aces)..

## How do you find the probability of drawing cards?

Mathematicians measure probability by counting and using some very basic math, like addition and division. For example, you can add up the number of spades in a complete deck (13) and divide this by the total number of cards in the deck (52) to get the probability of randomly drawing a spade: 13 in 52, or 25 percent.

## How many 13 card hands having exactly 11 cards from any suit can be dealt?

billion 13So there are ways of doing this. So the number of 13-card hands with exactly 11 diamonds is . To get the probability of being dealt a 13-card hand with 11 diamonds, we just need to divide this number by the total number of 13-card hands. This is , about billion 13-card hands.

## What is the probability when drawing 5 cards?

Frequency of 5-card poker handsHandDistinct handsProbabilityTwo pair8584.7539%One pair2,86042.2569%No pair / High card1,27750.1177%Total7,462100%7 more rows

## How many hands contain exactly 3 Kings?

24 five24 five-card hands contain exactly 3 kings and 2 aces.

## How many 4 card hands can a 13 card deck have?

There are 40 possibilities for the thirteenth card (because it can be anything except the ♦7, ♠K, ♣4, or any of the nine other cards already dealt). That means that the number of possible hands is 52×51×50×···×42×41×40 = 3954242643911239680000.

## How many ways can you make a 5 card hand with 5 diamonds?

Question 1a) How many possible combinations of 5 card poker hands are there? Answer : (525) – basically the combination formula : N!

## Which flush is higher?

A flush is any hand with five cards of the same suit. If two or more players hold a flush, the flush with the highest card wins. If more than one player has the same strength high card, then the strength of the second highest card held wins. This continues through the five highest cards in the player’s hands.

## How many different 5 card hands have all 5 cards of the same suit?

1287 possibleA hand that is a flush must consist of all five cards being of the same suit. Each of the four suits has 13C5 = 1287 possible five-card hands that are all of the same suit.

## What is it called when you have 5 cards of the same suit?

A flush is a hand that contains five cards all of the same suit, not all of sequential rank, such as K♣ 10♣ 7♣ 6♣ 4♣ (a “king-high flush” or a “king-ten-high flush”). It ranks below a full house and above a straight.

## What is the probability of drawing a red card or a 3?

Explanation: In a deck of cards, there are 6 red-faced cards. So, the probability of drawing a red-faced card is 6 out of 52 cards. Thus, the probability of drawing a red face card from a deck of cards is 6/52 = 3/26.

## How many different hands contain exactly 4 Diamonds?

27,885 hands13C4 * 39C1 = 715 * 39 = 27,885 hands contain exactly four diamonds.

## How many different 7 card hands include the ace queen and king of spades?

The answer is there are 210 ways to permute 3 characters out of 7.

## Which card suit is highest in poker?

spadesWhen suit ranking is applied, the most common conventions are: Alphabetical order: clubs (lowest), followed by diamonds, hearts, and spades (highest). This ranking is used in the game of bridge. Alternating colors: diamonds (lowest), followed by clubs, hearts, and spades (highest).

## How many 5 card hands are there consisting of all diamonds?

the total would be equal to 5148. each hand will be either 5 clubs or 5 spades or 5 hearts or 5 diamonds.

## How do you find the probability of 5 card poker hands?

The total number of such hands is [(13-choose-5)-10]* (4^5-4). The probability is 0.501177….NONE OF THE ABOVE.HandProbabilityNumber of HandsStraight (excluding Straight Flush and Royal Flush)0.0039246510200Flush (but not a Straight)0.001965451089 more rows•Jan 2, 2005

## How many different 7 card hands are possible?

The total number of ways to pick any 7 cards is 52 C 7.

## Is JQKA 2 a straight?

However there are several card games and variants that allow non-standard straights. In Big Two the highest rank card is the 2; therefore the largest straight is J-Q-K-A-2, while the smallest straight is 3-4-5-6-7.

## How many 5 card hands are possible?

Probability of Two Pair First, count the number of five-card hands that can be dealt from a standard deck of 52 cards. We did this previously, and found that there are 2,598,960 distinct poker hands. Next, count the number of ways that five cards can be dealt to produce two pair.

## How many 5 card hands contain 2 aces and 3 kings?

The probability that a hand contains exactly two Aces and two Kings is equal to the proportion of all possible hands that contain two Aces and two Kings. This is: 1,584 / 2,598,960 = 0.060947%, or about 6 hands in 10,000.

## What is the probability of getting 4 aces in a hand of poker with 5 cards?

If you have a standard deck of 52 cards, what is the probability that out of a hand of 5 cards you get 4 aces? Then the # of hands which has 4 aces is 48 (because the 5th card can be any of 48 other cards). So there is 1 chance in (2,598,960/48) = 54,145 of being dealt 4 aces in a 5 card hand.