Bourbaki

Corollary 1

Tag 00R9, permanent. Cite it as [Bourbaki, Tag 00R9].

Algebra, VIII, p. 159, § 9. Radical

We keep the assumptions of Theorem 2. Let (xi)i∈I(x_i)_{i\in I} be a family of elements of M, and let x‾i\overline{x}_i be the canonical image of xix_i in M/aMM/\mathfrak{a}M. If the family (x‾i)i∈I(\overline{x}_i)_{i\in I} generates the (A/a)(A/\mathfrak{a})-module M/aMM/\mathfrak{a}M, then the family (xi)i∈I(x_i)_{i\in I} generates the A-module M.

This follows from Theorem 2 applied to the submodule N of M generated by the family (xi)i∈I(x_i)_{i\in I}.

Bourbaki sets the proof directly after the statement, and the corpus does not separate them, so what is above is the statement and its proof together.

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Transcribed from the printed edition, 2023, Springer Nature. Not translated.