The set of integers is a Ring w.r.t addition & multiplication #2// Ring Theory.....
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Z4 - Integer Modulo 4 is a Commutative Ring with unity - Ring Theory - Algebra
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To prove the necessary &sufficient condition for a non-empty subset of Ring R to be a subring of R#7
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set of integer under addition is Abelian group but under multiplication is not group. for pgt & B.Sc
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The set R = { 0,1,2,3,4,5} is a commutative ring with respect to addition and multiplication modulo6
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Cauchy's theorem for finite abelian group // Group theory....
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Zn is a ring proof
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3x+1 = 90 YILDIR ÇÖZÜLEMEYEN BASİT İŞLEM
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