On Graded Radically Principal Ideals

preprint2021arXivOpen access

Abstract

Let RR be a commutative GG-graded ring with a nonzero unity. In this article, we introduce the concept of graded radically principal ideals. A graded ideal II of RR is said to be graded radically principal if Grad(I)=Grad(⟨c⟩)Grad(I)=Grad(\langle c\rangle) for some homogeneous c∈Rc\in R, where Grad(I)Grad(I) is the graded radical of II. The graded ring RR is said to be graded radically principal if every graded ideal of RR is graded radically principal. We study graded radically principal rings. We prove an analogue of the Cohen theorem, in the graded case, precisely, a graded ring is graded radically principal if and only if every graded prime ideal is graded radically principal. Finally we study the graded radically principal property for the polynomial ring R[X]R[X].

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