Imagine putting them on a shelf from left to right. There are 16 ways to choose the first one. Then you have 15 left so there are 15 ways of choosing one of those to be next on the shelf. Then 13 ways, 12 ways and so on until you have only one trophy left to put on the right-hand side.
That means there are 16 x 15 x 14 x 13....and so on ways. This is called "factorial 16" and is written down as 16!
On many calculators there is a n! button which will calculate factorial "any whole number". In the present case you simply press the buttons for 16 first and then press the n! button, which will give you 1307674368000
So it would take you quite a while to arrange them in so many different ways.
16
If all 16 numbers show up in each arrangement, then they can be arranged in20,922,789,890,000 different ways.(That number is rounded to the nearest ten thousand, so it's accurate to withinone ten-millionth of 1 percent.)
Oh, what a happy little question! If you have 32 tiles and want to arrange them in equal rows and columns, you could have 1 row of 32 tiles, 2 rows of 16 tiles, 4 rows of 8 tiles, 8 rows of 4 tiles, or 16 rows of 2 tiles. Each arrangement brings its own unique beauty to the canvas of possibilities. Just remember, there are many ways to create a masterpiece with those tiles!
wayne rooney has about 16
there have been 62 championships 33 combined wins by the lakers and the celtics Celtics-17 Lakers-16
There are 4! or factorial(4) = 24 ways.
You can arrange them in (20 x 19 x 18 x 17 x 16 x ..... 4 x 3 x 2) ways.That number is called "20 factorial", and written " 20! ".It's a big number ... bigger than my calculator can show exactly.Rounded to the nearest billion, it's2,432,902,008,000,000,000
There are six ways.
19!, ie factorial 19 which is 19 x 18 x 17 x 16 etc down to 4 x 3 x 2 x 1. This is a BIG number: 121,645,100,408,832,000
They can shake hands in 16C2*14C2*...*2C2 Ways. i.e. 16!/2^8 ways.
3
6 ways