Abstract

The main goal of this article is to introduce the concept of EM−G−EM-G-graded rings. This concept is an extension of the notion of EM−EM-rings. Let GG be a group and RR be a G−G-graded commutative ring. The G−G-gradation of RR can be extended to R[x]R[x] by taking the components (R[x])σ=Rσ[x](R[x])_σ=R_σ[x]. We define RR to be EM−G−EM-G-graded ring if every homogeneous zero divisor polynomial has an annihilating content. We provide examples of EM−G−EM-G-graded rings that are not EM−EM-rings and we prove some interesting results regarding these rings.

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