The combinations of the numbers 12345, without repetition, are:
12345, 12354, 12435, 12453, 12534, 12543, 13245, 13254, 13425, 13452, 13524, 13542, 14235, 14253, 14325, 14352, 14523, 14532, 15234, 15243, 15324, 15342, 15423, 15432, 21345, 21354, 21435, 21453, 21534, 21543, 23145, 23154, 23415, 23451, 23514, 23541, 24135, 24153, 24315, 24351, 24513, 24531, 25134, 25143, 25314, 25341, 25413, 25431, 31245, 31254, 31425, 31452, 31524, 31542, 32145, 32154, 32415, 32451, 32514, 32541, 34125, 34152, 34215, 34251, 34512, 34521, 35124, 35142, 35214, 35241, 35412, 35421, 41235, 41253, 41325, 41352, 41523, 41532, 42135, 42153, 42315, 42351, 42513, 42531, 43125, 43152, 43215, 43251, 43512, 43521, 45123, 45132, 45213, 45231, 45312, 45321, 51234, 51243, 51324, 51342, 51423, 51432, 52134, 52143, 52314, 52341, 52413, 52431, 53124, 53142, 53214, 53241, 53412, 53421, 54123, 54132, 54213, 54231, 54312, 54321
12345, 12354, 12435, 12453, 12534, 12543, 13245, 13254, 13425, 13452, 13524, 13542, 14235, 14253, 14325, 14352, 14523, 14532, 15234, 15243, 15324, 15342, 15423, 15432, 21345, 21354, 21435, 21453, 21534, 21543, 23145, 23154, 23415, 23451, 23514, 23541, 24135, 24153, 24315, 24351, 24513, 24531, 25134, 25143, 25314, 25341, 25413, 25431, 31245, 31254, 31425, 31452, 31524, 31542, 32145, 32154, 32415, 32451, 32514, 32541, 34125, 34152, 34215, 34251, 34512, 34521, 35124, 35142, 35214, 35241, 35412, 35421, 41235, 41253, 41325, 41352, 41523, 41532, 42135, 42153, 42315, 42351, 42513, 42531, 43125, 43152, 43215, 43251, 43512, 43521, 45123, 45132, 45213, 45231, 45312, 45321, 51234, 51243, 51324, 51342, 51423, 51432, 52134, 52143, 52314, 52341, 52413, 52431, 53124, 53142, 53214, 53241, 53412, 53421, 54123, 54132, 54213, 54231, 54312, 54321
To calculate the number of combinations of a set of numbers, you can use the formula for combinations: nCr = n! / r!(n-r)!. In this case, you have 5 numbers (1, 2, 3, 4, 5) and you want to choose all possible combinations of 3 numbers. So, 5C3 = 5! / 3!(5-3)! = 10. Therefore, there are 10 combinations of 3 numbers from the set {1, 2, 3, 4, 5}.
Oh, what a lovely question! Let's think of these combinations as happy little trees in a big forest. Each number from 1 to 5 can be used once in a combination of 5 digits. So, there are 5 options for the first digit, 4 options for the second, 3 for the third, 2 for the fourth, and 1 for the last digit. When you multiply these together, you get 5 x 4 x 3 x 2 x 1 = 120 unique combinations. Just like painting, it's all about enjoying the process and seeing the beauty in every little detail.
There are: 12345C3 = 3.134847985*1011
There are 126 different 5 digit combinations. Note that the combination 12345 is the same as the combination 45312.
120 5 x 4 x 3 x 2 x1 = Toppings 20 x 6 x 1 = Toppings 120 x 1 = Toppings 120 = Topping Combinations
It can have 120 combinations . . .
5*4*3*2*1 = 120 combinations. * * * * * No. The previous answerer has confused permutations and combinations. There are only 25 = 32 combinations including the null combinations. There is 1 combination of all 5 numbers There are 5 combinations of 4 numbers out of 5 There are 10 combinations of 3 numbers out of 5 There are 10 combinations of 2 numbers out of 5 There are 5 combinations of 1 numbers out of 5 There is 1 combination of no 5 numbers 32 in all, or 31 if you want to disallow the null combination.
Just 1.
120
There are: 12345C3 = 3.134847985*1011
120
120
120
There are only five combinations: 1234, 1235, 1245, 1345 and 2345.
Since the order of the digits does not matter there are only five combinations: 1234, 1235, 1245, 1345 and 2345.
Five numbers can be arranged in 5! = 120 ways.
120 when you want to know something like that you multiply the digits together Ex. 12345-1 times 2 times 3 times 4 times 5=120
There are 126 different 5 digit combinations. Note that the combination 12345 is the same as the combination 45312.
120 5-digit numbers can be made with the numbers 12345.