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module [2013/08/31 21:24]
nikolaj
module [2015/12/11 19:48]
nikolaj
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 ===== Module ===== ===== Module =====
-==== Definition ​==== +==== Set ==== 
-| @#88DDEE: $M,R$ |+| @#55CCEE: context ​    | @#55CCEE: $M,R$ |
  
-| @#55EE55: $\langle\mathcal M,\mathcal R, *\rangle \in \mathrm{module}(\mathcal M,\mathcal R)$ |+| @#55EE55: postulate ​  | @#55EE55: $\langle\mathcal M,\mathcal R, *\rangle \in \mathrm{module}(\mathcal M,\mathcal R)$ |
  
-| @#88DDEE: $\langle\mathcal M,\mathcal R, *\rangle \in \mathrm{leftModule}(\mathcal M,\mathcal R)$ | +| @#55CCEE: context ​    | @#55CCEE: $\langle\mathcal M,\mathcal R, *\rangle \in \mathrm{leftModule}(\mathcal M,\mathcal R)$ | 
-| @#88DDEE: $\mathcal M\in \mathrm{abelianGroup}(M)$ |+| @#55CCEE: context ​    | @#55CCEE: $\mathcal M\in \mathrm{abelianGroup}(M)$ |
  
 Now denote the multiplication in the ring $\mathcal R$ by "$\ \hat*\ $". Now denote the multiplication in the ring $\mathcal R$ by "$\ \hat*\ $".
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 | $r,s\in R$ | | $r,s\in R$ |
  
-| @#55EE55: $r*s=s*r$ |+| @#55EE55: postulate ​  | @#55EE55: $r*s=s*r$ |
  
 ==== Discussion ==== ==== Discussion ====
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 One generally speaks of an $R$-module over $M$. Here $R$ and $M$ are just sets. One generally speaks of an $R$-module over $M$. Here $R$ and $M$ are just sets.
 +
 +https://​www.youtube.com/​watch?​v=yZ2dO6Fy5Kc
 +
 === Reference === === Reference ===
 Wikipedia: [[http://​en.wikipedia.org/​wiki/​Module_%28mathematics%29|Module]] Wikipedia: [[http://​en.wikipedia.org/​wiki/​Module_%28mathematics%29|Module]]
-==== Context ​====+==== Parents ​====
 === Subset of === === Subset of ===
 [[Left module]] [[Left module]]
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