Unit Groups of Classes of Five Radical Zero Commutative Completely Primary Finite Rings
Hezron Saka Were, Maurice Oduor Owino, Moses Ndiritu Gichuki
Journal of Advances in Mathematics and Computer Science · pp. 137–154 · Published 16 Oct 2021
10.9734/jamcs/2021/v36i830396Abstract
In this paper, R is considered a completely primary finite ring and Z(R) is its subset of all zero divisors (including zero), forming a unique maximal ideal. We give a construction of R whose subset of zero divisors Z(R) satisfies the conditions (Z(R))5 = (0); (Z(R))4 ̸= (0) and determine the structures of the unit groups of R for all its characteristics.
References (7)
- 1 Finite associative rings
- 2 Unit groups of some classes of power four radical zero commutative completely primary finite rings [DOI]
- 3 Unit groups of cube radical zero commutative completely primary finite rings [DOI]
- 4 Rings with few zero divisors [DOI]
- 5 Finite rings in which the product of any two zero divisors is zero [DOI]
- 6 On Unit Groups of Completely Primary Finite Rings [DOI]
- 7 Finite rings in which the multiplication of any two zero-divisors is zero [DOI]
Cited by 5
Hezron Were, Nicholas Waweru, Edward Njuguna · Wasit Journal for Pure sciences · 2025
Hezron Saka Were, Maurice Owino Oduor · Journal of Mathematics · 2022
Hezron Saka Were · Earthline Journal of Mathematical Sciences · 2026
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