Is a perfect sphere impervious to a small relative friction?

Question

You have a sphere wihch has exactly an infinite amount (an oxymoron, I know) of three dimensional points. Testing your new sphere, you roll it on a table top. The table has friction, but not much of it. What happens?

Answer 1

in order for perpetual motion to occur, both surfaces have to be frictionless, and there can't be any air density. Eventually, the ball in your question will stop as a result of friction from the table and air resistance.

Answer 2

Hi. An infinite pointed surface would not have much rolling friction but would still be subject to drag of some type.