09/01/2016, 06:56 PM

If we iterate + (addition), we get * (multiplication).

If we iterate * (multiplication), we get ^ (exponentiation).

If we iterate ^ (exponentiation), we get ^^ (tetration).

... etc.

If we iterate o (composition), we get ☉ f(x) ☥^N (steinix-ankh).

BUT

The uniteration of ^^ (tetration) is ^ (exponentiation).

The uniteration of ^ (exponentition) is * (multiplication).

The uniteration of * (multiplication) is + (addition).

... etc.

If we uniterate ☉ f(x) ☥^N (steinix-ankh), we get o (composition).

The question is that: What is the uniteration of the composition?

If we iterate * (multiplication), we get ^ (exponentiation).

If we iterate ^ (exponentiation), we get ^^ (tetration).

... etc.

If we iterate o (composition), we get ☉ f(x) ☥^N (steinix-ankh).

BUT

The uniteration of ^^ (tetration) is ^ (exponentiation).

The uniteration of ^ (exponentition) is * (multiplication).

The uniteration of * (multiplication) is + (addition).

... etc.

If we uniterate ☉ f(x) ☥^N (steinix-ankh), we get o (composition).

The question is that: What is the uniteration of the composition?

Xorter Unizo