Both trivially true (apart from the local/non-local nonsense). How do either of these support your statement "A line is not made up of points, exactly as a plane is not made up of lines , etc... ad infinitum. " ?Exactly, that’s why a point is local w.r.t a line (it is on XOR not on the line).
On the contrary a line can be on AND not-on a given point (it is non-local w.r.t the point).
ETA: For the second statement, I assume you mean that a line has more than one point. As I said, that's trivially true, by definition. It's not stating anything profound to say that a line exists at one point, and also at another. Your way of stating that is confusing, as saying a line is not on a point means something different from saying that there are parts of the line at other points. The line is still on the first point.
No-one is saying they do.Exactly, the points (localities) and lines (non-localities) are in co-existence along the real-line (no one of them eliminates the existence of the other).
Why is it incomplete? Because you cannot enumerate them all? You don't need to.In an infinite collection no distinct element is considered as the final element of that collection. As a result any infinite collection of distinct elements is incomplete (the term “all” is not satisfied).
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