Fundamental Theorem of Finite Abelian Groups, Proof 1

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Fundamental Theorem of Finite Abelian Groups, Proof 1
  1. LadislauFernandes
  2. ideals Gröbner Bases for ideals extension fields vector spaces sylow theorems sylow theory
  3. automorphisms
  4. unique factorization domain
  5. homological algebra
  6. splitting fields
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Комментарии
Автор

thanks for making this video...it really helped 👍👍

shilpaumdekar
Автор

if x belongs to H and K, so x= x^(am+bn)=(x^m)^a * (x^n)^b = e^a * e^b =e (as x^m=x^n =e)

caijiu
Автор

it is totally unclear how the corollary to lagrange's thm implies x^nt is in H and x^ms is in K.

sahhaf