Show that the necessary and sufficient conditions for a non empty subset S of a ring R to be a
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The series 1/1^p+1/2^p+1/3^p+...+1/n^p+.....is convergent if p greater than 1 and divergent if p les
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Normal Subgroups and Quotient Groups (aka Factor Groups) - Abstract Algebra
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The necessary and Sufficient condition for S is a Sub ring of R,then i) a - b is in S & ii) a.b in S
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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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Lecture 1: Sets, Set Operations and Mathematical Induction
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Matematiğin En Basit Görünümlü İmkansız Problemi: Collatz Problemi
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Prove that the set of number form a+b√2 where a and b are rational number,is a field under addition
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