On $g(x)$-invo clean rings
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An element in a ring $R$ with identity is called invo-clean if it is the sum of an idempotent and an involution and $R$ is called invo-clean if every element of $R$ is invo-clean. Let $C(R)$ be the center of a ring $R$ and $g(x)$ be a fixed polynomial in $C(R)[x]$. We introduce the new notion of $g(x)$-invo clean. $R$ is called $g(x)$-invo if every element in $R$ is a sum of an involution and a root of $g(x)$. In this paper, we investigate many properties and examples of $g(x)$-invo clean rings. Moreover, we characterize invo-clean as $g(x)$-invo clean rings where $g(x)=(x-a)(x-b)$, $a,b\in C(R)$ and $b-a\in Inv(R)$. Finally, some classes of $g(x)$-invo clean rings are discussed.
Abstract
An element in a ring $R$ with identity is called invo-clean if it is the sum of an idempotent and an involution and $R$ is called invo-clean if every element of $R$ is invo-clean. Let $C(R)$ be the center of a ring $R$ and $g(x)$ be a fixed polynomial in $C(R)[x]$. We introduce the new notion of $g(x)$-invo clean. $R$ is called $g(x)$-invo if every element in $R$ is a sum of an involution and a root of $g(x)$. In this paper, we investigate many properties and examples of $g(x)$-invo clean rings. Moreover, we characterize invo-clean as $g(x)$-invo clean rings where $g(x)=(x-a)(x-b)$, $a,b\in C(R)$ and $b-a\in Inv(R)$. Finally, some classes of $g(x)$-invo clean rings are discussed.
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