I 1 -RINGS
Hamza Hakmi
Abstract
Hamza Hakmi
Abstract
The objectiv of this paper is to study the relationship between certain ring R and endomorphism rings of free modules over R. Specifically, the basic problem is to describe ring R, which for it endomorphism ring of all free R-module, is a generalized right Baer ring, right I1-ring. Call a ring R is a generalized right Baer ring if any right annihilator contains a non-zero idempotent. We call a ring R is right I1-ring if the right annihilator of any element of R contains a non-zero idempotent. This text is showing that each right ideal of a ring R contains a projective right ideal if the endomorphism ring of any free R-module is a right I1-ring. And shown over a ring R, the endomorphism ring of any free R-module is a generalized right Baer ring if and only if endomorphism ring of any free R-module is an I1-ring.
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The objectiv of this paper is to study the relationship between certain ring R and endomorphism rings of free modules over R. Specifically, the basic problem is to describe ring R, which for it endomorphism ring of all free R-module, is a generalized right Baer ring, right I1-ring. Call a ring R is a generalized right Baer ring if any right annihilator contains a non-zero idempotent. We call a ring R is right I1-ring if the right annihilator of any element of R contains a non-zero idempotent. This text is showing that each right ideal of a ring R contains a projective right ideal if the endomorphism ring of any free R-module is a right I1-ring. And shown over a ring R, the endomorphism ring of any free R-module is a generalized right Baer ring if and only if endomorphism ring of any free R-module is an I1-ring.
Key concepts: Annihilator, Primitive ring, Reduced ring, Principal ideal ring, Mathematics, Endomorphism ring, Ring (chemistry), Simple ring