You can also add to the fortune is that there are "approximately"
10^24 grains of sands on the earth. If every one could store a
permutation, you are still way short of the storage that you would
need.
On Mon, Nov 24, 2008 at 12:01 PM, Stefan Grosse <[EMAIL PROTECTED]> wrote:
>
>> To an adequate
> To an adequate approximation there are 10^158 of them.
> Simply to obtain them all (at a rate of 10^10 per second, which is
> faster than the CPU frequency of most desktop computers) would take
> 10^148 seconds, or slightly longer than 3*(10^140) years.
>
> Current estimates of the age of the Un
On 24-Nov-08 13:36:31, Mulazzani Fabio (Student Com06) wrote:
> I have a problem with permutations functions in R
> I just started using R so maybe it is an easy question
> I need to obtain all the 9.somthingExp 157 permutations that can be
> given from the number from 1 to 100
>
> I wrote the fol
I have a problem with permutations functions in R
I just started using R so maybe it is an easy question
I need to obtain all the 9.somthingExp 157 permutations that can be
given from the number from 1 to 100
I wrote the following commands:
> library(gregmisc)
>options(expressions=1e5)
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