A subset of a module generates when every element of is a finite sum , with coefficients in the scalar ring. The existence of a finite such subset defines a finitely generated module.
Articles by others on the same topic
In the context of module theory, which is a branch of abstract algebra, a generating set of a module refers to a subset of the module that can be used to express every element of the module as a combination of elements from this subset. More specifically, let \( M \) be a module over a ring \( R \).