Ai Feedback
Exact(6)
Let ( X, d ) be a metric space and Δ be the diagonal of X × X.
Let Δ = { ( x, x ) | x ∈ X } be the diagonal of a nonempty set X.
Let ( X, d ) be a metric space and let Δ be the diagonal of X × X.
Let ((X,d)) be a metric space and Δ be the diagonal of the Cartesian product (X times X).
More precisely, let ( X, d ) be a metric space and Δ be the diagonal of X × X.
Let ( S, d ) be a metric space, let Ω be the diagonal of the Cartesian product S × S, and let G be a directed graph such that the set V ( G ) of its vertices coincides with S and the set E ( G ) of its edges contains all loops, i.e., E ( G ) ⊇ Ω. Assume that G has no parallel edges.
Similar(54)
These are based on a modular unit that is the diagonal of the small square serving as a dot in certain letters of the Arabic alphabet.
There is the diagonal of women flexing a foot in arabesque as they lean to kneeling men and then at the end when the same arabesque turns into a split on the floor.
E.g. the composition of the diagonals of F and G is the diagonal of their intersection.
where is an arbitrary element of and is the diagonal of the -additive symmetric map for.
It can be observed that the clutter ridge is the diagonal of angle-Doppler plane.
Related(1)
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com