Let $S$ be finite dimensional locally Noetherian regular scheme. Let $f \colon X \rightarrow S$ be locally of finite type. Then $f(X) \subset S $ contains a closed point of $S$? If it does, I'd like to know the proof.
Let $S$ be finite dimensional locally Noetherian regular scheme. Let $f \colon X \rightarrow S$ be locally of finite type. Then $f(X) \subset S $ contains a closed point of $S$? If it does, I'd like to know the proof.