Let's start with the first.
You have 5 to choose from so that's 5.
Now for each of those 5, let's choose the second letter.
You now have 4 to choose from.
So we're up to 5 x 4.
In the third position we're down to a choice of 3, so total possibilities go up to 5x4x3.
In the fourth, we have 2 left, so the choices go up to 5x4x3x2.
After all that, there is only one left for the fifth position: just one to choose from.
So the final answer: 5x4x3x2x1.
That's called 5 factorial.
There are 24 ways (4 times 3 times 2 times 1) to put 4 different letters in order.
The nine letters in chocolate can be rearranged in 362,880 different ways.
Five different letters.5!5 * 4 * 3 * 2= 120 ways========
You can arrange the letters in group One hundred and twenty-five different ways.
If you have three DIFFERENT letters, you can arrange them in 3! = 1 x 2 x 3 = 6 different ways.
There are 24 ways (4 times 3 times 2 times 1) to put 4 different letters in order.
The nine letters in chocolate can be rearranged in 362,880 different ways.
There are 45360 ways.
24 different ways....
Five different letters.5!5 * 4 * 3 * 2= 120 ways========
There are 30 ways.
24 ways
There are 40320 ways.
The number of different ways the letters of a word can be arranged, when all the letters are different, is the same as the number of permutations of those letters. In this case, the answer is 5!, or 120.
They can't be arranged in a million different ways!
You can arrange the letters in group One hundred and twenty-five different ways.
There are 4 distinguishable letters in the word fish, so there is 4! or 24 different ways can you arrange the letters in the word fish.