Some cancellation ideal rings.
Sureeporn Chaopraknoi, K. Savettaseranee, P. Lertwichitsilp
Abstract
Sureeporn Chaopraknoi, K. Savettaseranee, P. Lertwichitsilp
Abstract
An ideal I of a commutative ring R is called a cancellation ideal of R if for any ideals A, B of R, AI = BI implies A = B, and we call R a cancellation ideal ring if every nonzero ideal of R is a cancellation ideal. Our purpose is to show that the ring (mZ, +, ·) is always a cancellation ideal ring and the nontrivial ring (mZn, +, ·) is a n cancellation ideal ring if and only if is a prime and n ∤ (m, n)2 (m, n) where (m, n) denotes the g.c.d. of m and n.
OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
An ideal I of a commutative ring R is called a cancellation ideal of R if for any ideals A, B of R, AI = BI implies A = B, and we call R a cancellation ideal ring if every nonzero ideal of R is a cancellation ideal. Our purpose is to show that the ring (mZ, +, ·) is always a cancellation ideal ring and the nontrivial ring (mZn, +, ·) is a n cancellation ideal ring if and only if is a prime and n ∤ (m, n)2 (m, n) where (m, n) denotes the g.c.d. of m and n.
Key concepts: Ideal (ethics), Radical of an ideal, Minimal ideal, Primary ideal, Mathematics, Ring (chemistry), Maximal ideal, Principal ideal ring