## 52 Factorial: The best way to Arrange your Cards & Increase your Bets

You can arrange a 52 factorial deck in how many distinct ways? Another way to ask this question is to say: Do you know how many different ways to build a deck of cards?

Dr. Strange saw 14,605,000 possible outcomes in Avengers Infinity War. Yet when asked, he said that was the only way. Well, you remember how that ended. (Wipes a tear)

It may sound unbelievable, but there are virtually endless ways to arrange your deck of cards, more than the outcomes Dr. Strange saw.

### Number of Ways to Arrange Your Deck of Cards

It doesn’t matter what kind of card game you played before this. Be it poker, Go Fish, Blackjack, or euchre. If you shuffle all the cards, they say you’ll get a deck that has never been seen before.

People around the world have been playing cards for a long time. There was a 52-card deal in that game, but the chances of one getting the exact arrangement of the cards are close to zero.

The shuffler can sort in a deck of cards anywhere from 8×1067 distinct ways. There are 67 zeros after the 8 in that sequence.

To better understand this, even if someone were to change the cards every second of our universe’s life span, it would be impossible for them to get to a repeat of the same deck before our universe had expired.

This is the probability when there are a lot of options available. In the face of so many cards, the motions of an expert blackjack dealer who thinks they’ve shuffled many seem trivial. Because of the randomness of the 52 factorial, this cannot happen repeatedly.

Fifty-two may not appear to be a significant number at first glance, but it’s a large number to deal with when it comes to the 52 objects combination.

You have probably heard of permutations and combinations in math. So it’s safe to say that there are 52 different ways to arrange 52 other objects after looking at them. To put it simply:

There are a total of 52 cards in a standard deck. We pick one and put it at the top of the list. There are 52 potential cards from which to choose, resulting in a total of 52 possible answers for position 1. 51 cards remain in the deck.

Consequently, we pick out a card from the deck of 51 and place it in position two. It is feasible to select a card from the 51-card deck for position 2, implying 51 possibilities.

Fifty cards remain in the deck. Since there are only fifty cards, we choose one and put it in position three. You can resolve position 3 in other ways as well. There are a total of 50 possible outcomes if we pick any card from the 50 available.

Finally, all of the locations can be reserved in this manner. There is a final result, which we denote by the numeral “52.” (52-factorial). So in an equation, it’s something like this 52*51*50*49…3*2*1.

Despite its small size, 52 factorial will have a total of 68 digits by the time you get your solution. That’s a lot more atoms than we now know to exist in the universe. You’d have beaten Dr. Strange on the number of realities he observed.

Isn’t it true that no two people could arrange 52 cards in this way? If you’ve ever played Solitaire, you’ve probably done this at least a few times.

That’s exactly right. Before you may hold a unique deck, you must shuffle a total of seven times using the “riffle” method. In most card games, the decks are assembled in the same way.

### Best Way to Shuffle Your Card

As you might expect, a random order could be easily generated by various approaches. However, a lot of the time, items are put together in a “random” fashion. Is there any situation where a suit before rank doesn’t sort the cards?

The way we see it, this order is not random. It’s a myth, at least according to the majority of people. If you think your chances of winning one to six lottery numbers are slim, you’re probably right.

One can shuffle a deck of cards in such a way that the cards come out in numerical order, theoretically speaking (all the aces, then all the twos, then all the threes, and so on). The same suit sequence was used to disclose each group of numerals (say spades, hearts, diamonds, and clubs).

Even though most people don’t think of this as a random method of arranging cards, it happens just as frequently as any other (very unlikely).

For example, you could construct an arrangement deemed random in the bridge because it didn’t give the players an edge but would be considered random in poker because it consistently featured strong hands.

### Increasing Your Bet in Favorable Situations (52 Factorial)

When it comes to blackjack, what are the best and worst-case scenarios?

Assume you’ve been handed 16 cards. Taking a seat means you’re virtually surely doomed to lose against a strong dealer hand, such as one showing a face card. Drawing, on the other hand, is far from superior.

You can avoid going over 21 and losing automatically if you have a 2, 3, 4, or 5. Draw, and you’re going to lose practically every time. So the odds are stacked against you if you have a 16-card hand.

Perhaps an eight-valued hand would be better? More than half of the possible cards you could draw after that are aces or tens, which would give you a good indicator. So you have an edge if your hand totals eight.

Suppose you’ve got a hand of two 8s. This is a terrible hand, as its total worth is only 16. Unfortunately, if you have two cards that are the same, most casinos will let you split them into two separate hands.

To make matters worse, you’ll need to double your wager. Nevertheless, it’s interesting how the two eights can be divided into two eight-valued hands! Additionally, you have the option of increasing your stake if you can turn one terrible hand into two favorable ones.

### Conclusion

To assure that the cards are random, shuffling a deck is not as straightforward as it appears. Overhand and riffle shuffles are the most common ways most people use (where the pack is split and the two halves are interwoven). Even if this is adequate to assure that the card game is fair and does not allow cheating, research has shown that this is not enough.

Using the traditional shuffling method, the cards are placed in a sequence that is anything but random. Three to four shuffles are typical for most people. Shuffling five times is considered excessive.

Automated shuffle machines have been installed in a growing number of casinos. Because the devices can shuffle for more extended periods than the dealers, this speeds up the games and allows for more random shuffles. Additionally, card counting and card surveillance are eliminated by these shuffling machines.

So the next time you have your winning cards, pay attention to how often the dealers shuffle the cards, including the 52 factorial. Because the cards may not be completely random, this could work in your favor. Remember, if you want to know more about Slots Paradise, check our social media and join our community.

### 52 Factorial FAQs

**How many possible arrangements are there for a deck of 52 playing cards?**

The total number of potential combinations is 52 factorial, equal to 8.06e+67 for a deck of 52 cards. This is a colossal figure, no doubt.

**How are cards divided?**

Spades, hearts, diamonds, and clubs make up the four suits in a deck of 52 playing cards each. In addition to the traditional king, queen, jack, and ace of spades in each case, there are many other playing card values to be found as well 10, 9, 8, 7, 6, 5, 4, 3, and 2. The King, Queen, and Jack are the face cards.

**Is every card shuffle unique?**

If one shuffles two decks of cards in the same order, it’s doubtful to get the same set of the 52 cards. But every time a complete and accurate shuffle is performed, it is practically sure to be unique.