TheoremBase

Irreflexivity of the Strict Order and Subtracting Zero in ℝ

For every real number x, x < x fails and x − 0 = x.

Statement

This helper adopts the setting of The Real Numbers, with the Natural Numbers, Integers and Rationals Identified with Subsets of the Reals, and Completeness: R\mathbb{R}, its order ≤\le, its operations ++ and ⋅\cdot, and its elements 00 and 11 are as in The Real Numbers, with the Natural Numbers, Integers and Rationals Identified with Subsets of the Reals, and Completeness (ii); << is the strict relation associated with ≤\le, and for x,y∈Rx,y\in\mathbb{R}, x−yx-y is the difference of xx and yy. Let xx be a real number.

x<xx<x does not hold.

x−0=xx-0=x.

Proofs

Log in to submit a proof.

Loading...

Citations

Loading…

Dependencies

Loading…

Related

0 relations

Curated associations between results. These are editable and subjective — they do not replace the dependency graph, which is derived from the references in the text.

No relations recorded yet.

Comments

Log in to comment.

Loading…