Is this well-defined? How can you tell whether something is an element of M?
f(x) is a meme making fun of x for all x in M
Does such an f even exist? Why? Obviously it exists for some x in M but for all?
Thus there exists a normie meme n
What’s a normie meme? Why does its existance follow?
and a unique function F for all natural number k
This again requires f to be well-defined.
The set M is also equipped with a dankness norm.
Prove it has that norm and please also prove it fulfills all properties of a norm.
with property that ||F(k)|| ≤ ||F(k+1)|| for all k in N.
[proof required]. Idea for a counterexample: A meme making fun of a meme in such a terrible way it cannot possibly be “danker”. Though this would require f^-1(terrible meme making fun of meme) to not be empty.
Is this well-defined? How can you tell whether something is an element of M?
Does such an f even exist? Why? Obviously it exists for some x in M but for all?
What’s a normie meme? Why does its existance follow?
This again requires f to be well-defined.
Prove it has that norm and please also prove it fulfills all properties of a norm.
[proof required]. Idea for a counterexample: A meme making fun of a meme in such a terrible way it cannot possibly be “danker”. Though this would require f^-1(terrible meme making fun of meme) to not be empty.