Can a link ever run out of names

[moodydog]

A link can take any name it want's, though its all automatic.

So just say for instance, a link could only choose 4 from the letters (A-z) and the numbers 0-9, so in total it can choose from 36 letters and numbers.

That would be 36^4 which is 1679616 different combinations. But in reality, it can take up x amount of letters and numbers. So rather than it being 36^4, its 36^x.
That looks like this





So you can see, the larger X gets, the greater the possibilities get, upto a point where the possibilities are infinite very quickly (between X=7 and X=8). Naturally a link has 10 characters at least, and if you try 36^10 on a calculator, it will either say 'error' or give it in standard form.

[Snow]

Originally Posted by peeves

That's why youtube was made for unlimited videos.

That was his point.

[Hairhelmet12]

This thread hurts my brain. >.o

[tampi]

Originally Posted by Cochrane

I've tried explaining over and over why we don't need to know all digits of Pi. I'm not going to try again.

Yeah, yeah, you don't need but you can't .
Let's ditch.

[peeves]

Originally Posted by moodydog

A link can take any name it want's, though its all automatic.

So just say for instance, a link could only choose 4 from the letters (A-z) and the numbers 0-9, so in total it can choose from 36 letters and numbers.

That would be 36^4 which is 1679616 different combinations. But in reality, it can take up x amount of letters and numbers. So rather than it being 36^4, its 36^x.
That looks like this





So you can see, the larger X gets, the greater the possibilities get, upto a point where the possibilities are infinite very quickly (between X=7 and X=8). Naturally a link has 10 characters at least, and if you try 36^10 on a calculator, it will either say 'error' or give it in standard form.

My calculator can only go up to 8 digits. So is i do 36 to the power of 6 it'll say error for me.