Yes - as you "zoom in" on the sides of the snowflake, the same pattern occurs infinitely.
There are infinitely many possible answers. It could be a triangle or an equiangular hexagon with alternate sides of length a and b, or an equiangular nonagon with sides of length a, b and c, ... etc. Or any fractal based on a triangle.
One way would be to count them. That may not be a realistic proposition if you have something like a start of a fractal, though!
A fractal is a shape that looks the same at many levels.
Numbers are not fractal so it is not possible to answer the question.
There is no limit to the number of sides.
The Fractal Prince has 448 pages.
The cast of Pi Day - 2008 includes: Ben Bilodeau as Fractal Jessica Burylo as Fractal Michael Fenske as Fractal Joel Jahaye as Fractal Mike Kovac as Oswald Scott Mainwood as Fractal Leoni Ostermann as Fractal Justin Sproule as Roderick Michelle Van Campen as Fractal
A hollow circle is not a fractal.
Fractal Records was created in 1994.
The Fractal Prince was created in 2012.
Fractal Analytics was created in 2000.
The population of Fractal Analytics is 250.
You cannot answer this with a normal shape. Any shape given would have less an infinite sides. The exception to this would BE the shape with infinite sides and therefore by the same token, an infinite perimeter. So, the answer would be a "Fractal"
The Fractal Geometry of Nature was created in 1982.
Fractal Possession was created on 2007-05-02.
A perfect fractal would need to be infinite. Nature does not have infinite molecules to make a perfect fractal. Simple!