You question is quite vague. Do you mean that you have 27 numbers, and how many possible combinations are available if you can only take seven of those 27 at a time? If so 4,475,671,200 (four billion, four hundred and seventy five million, six hundred and seventy one thousand and two hundred)
There are 167960 9 digits combinations between numbers 1 and 20.
there are 13,983,816 combinations.
8
There is 1 combinations with 7 numbers in them,7 combinations with 1 or 6 numbers in them,21 combinations with 2 or 5 numbers in them,35 combinations with 3 or 4 numbers in them.Notionally, there is also one combination with no numbers in it.In all then, there are 128 ( = 27) combinations.There is 1 combinations with 7 numbers in them,7 combinations with 1 or 6 numbers in them,21 combinations with 2 or 5 numbers in them,35 combinations with 3 or 4 numbers in them.Notionally, there is also one combination with no numbers in it.In all then, there are 128 ( = 27) combinations.There is 1 combinations with 7 numbers in them,7 combinations with 1 or 6 numbers in them,21 combinations with 2 or 5 numbers in them,35 combinations with 3 or 4 numbers in them.Notionally, there is also one combination with no numbers in it.In all then, there are 128 ( = 27) combinations.There is 1 combinations with 7 numbers in them,7 combinations with 1 or 6 numbers in them,21 combinations with 2 or 5 numbers in them,35 combinations with 3 or 4 numbers in them.Notionally, there is also one combination with no numbers in it.In all then, there are 128 ( = 27) combinations.
To find what multiplied by what equals 27, you can consider various pairs of numbers. For example, 3 x 9 = 27, and 1 x 27 = 27. Additionally, 27 can be expressed as 27 x 1 or 9 x 3. There are many combinations, but these are some of the simplest pairs.
There are 59C5 = 59*58*57*56*55/(5*4*3*2*1) = 5,006,386 combinations.
I need to have listed all the 4 number combinations between 1 and 9
To determine the number of different combinations of coins that make up 27 cents, we can use pennies (1 cent), nickels (5 cents), dimes (10 cents), and quarters (25 cents). A systematic approach or generating functions can be employed, but an approximate method indicates that there are 13 combinations using these coins. The combinations include various configurations of each coin type to total 27 cents.
The number 27 has four factors: 1, 3, 9, and 27. This is because 27 can be expressed as (3^3), and its factors are derived from the combinations of its prime factorization. Therefore, the complete list of factors includes 1, the prime number 3, its square 9, and the number itself, 27.
157.
There are 5,461,512 such combinations.
There are 6C3 = 20 such combinations.