Q: What different combinations by multiplying gives you 52?

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Multiplying each number by 4 gives you the (decimated) .52 answer.

This is a combinations question. There are (52 C 13) possible hands. This is 52!/((13!)((52-13)!)) = 635013559600

There are 43 combinations of various quantities of quarters (0, 1 or 2), dimes (0 to 5), nickels (0 to 10) and pennies (2 to 52) that make 52 cents.

5 cards from 52 in a deck = 2,598,960 combinations 5 cards from the 26 black cards in a deck = 65,780 combinations (about 2.531%)

There are several combinations, but this is one: 23 + 29 = 52.

There are 4 aces and 16 tens (including face cards) in a standard 52-card deck of cards, so there are 64 different blackjack combinations. There are 52!/(50!2!) = 1326 different two-card combinations in the deck, so the odds are 64/1326 = 0.048, or slightly less than 5%.

This questions can be rewritten as 52 choose 6 or 52C6. This is the same as (52!)/(6!(52-6)!) (52!)(6!46!) (52*51*50*49*48*47)/(6*5*4*3*2*1) 14658134400/720 20358520 There are 20,358,520 combinations of 6 numbers in 52 numbers. This treats 1,2,3,4,5,6 and 6,5,4,3,2,1 as the same combination since they are the same set of numbers.

It won't work for all numbers. I tried with 1 and got a 0.230769...

Dividing distance travelled by speed, and multiplying by 60, gives 26/30 x 60 = 52 minutes.

Do you mean 1 to the power of 52? If that is so, 1^52 is 1, since all you are doing is multiplying fifty-two ones, which of course equals one.

55 x 54 x 53 x 52 x 51 x 50 = 20,872,566,000 possible combinations This includes counting combinations such as 1,2,3,4,5,6 and 1,2,3,4,6,5 and 6,5,4,3,2,1 and 4,2,3,1,5,6 as different. In a lottery, these are all considered to be the same. To get the number of combinations without regard to order, divide that number by 6!=6x5x4x3x2 which is 28,989,675

Finding 52 percent of a number is the same as multiplying the number by 0.52. In this instance, 86 x 0.52 = 44.72.

To answer this, you first need to convert both figures into minutes alone. This is done by multiplying the hour parts by 60. That gives 1380 minutes + 52 minutes + 900 minutes + 30 minutes. Adding these up gives 2,362. That can then be converted into hours by dividing by 60 and leaving the remainder as minutes. That gives us a final answer of 39 hours 22 minutes.

0.346153846153846 x 52 = 18

just intrested in the number combinations * * * * * Number of combinations = 56C6 = 56*55*54*53*52*51/(6*5*4*3*2*1) = 32,468,436

the answer is 52 because what plus four gives you 56 it is 52. 52+4=56

52 - 25 = 27

You work this out by dividing 4 by 52 then multiplying by 100 4/52= 0.0769 0.0769 * 100 = 7.69 % This could be rounded to 8 % if the significant digits in the answer are restricted.

Dividing distance travelled by speed, and multiplying by 60, gives 35/40 x 60 = 52.5 minutes or 52 minutes 30 seconds.

Assuming you cannot repeat a single number within the combinations, there are a total of 56 x 55 x 54 x 53 x 52 x 51 = 23377273920 combinations of 56 numbers.

The first step is to split the number down into its prime factors. This can be done by dividing it by any obvious divisors. 52 is even so can divide by 2, so do this and we get 26. That is also even so divide by 2 again and that gives 13. This is prime so we have finished the prime factorization. Thus the prime factors of 52 are 2, 2 and 13. In order to find the other factors, we just multiply combinations of these together. Thus the integer factors for 52 are 1, 2, 4, 13, 26 and 52.

what divided by 2= 162

52/4 = 13

If it matters in what order you draw them, then the number of permutations of 52 things taken three at a time is 52! - (52-3)! = 52 * 51 * 50 = 132,600.If it does not matter in what order you draw them, the usual case, then the number of combinations of 52 things taken 3 at a time is (52! - (52-3)!) / 3! = 52 * 51 * 50 / 3 / 2 / 1 = 22,100.

52 times 1 equals 52 2 times 26 equals 52

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