ガロア第一論文及びその関連の資料スレ

[過去ﾛｸﾞ] ガロア第一論文及びその関連の資料スレ (1002ﾚｽ)
上下前次1-新
通常表示 512ﾊﾞｲﾄ分割ﾚｽ栞
抽出解除ﾚｽ栞

このｽﾚｯﾄﾞは過去ﾛｸﾞ倉庫に格納されています｡
次ｽﾚ検索歴削→次ｽﾚ栞削→次ｽﾚ過去ﾛｸﾞﾒﾆｭｰ

ﾘﾛｰﾄﾞ規制です｡10分ほどで解除するので､他のﾌﾞﾗｳｻﾞへ避難してください｡

111: １３２人目の素数さん [] 2023/01/31(火) 15:56:41.49 ID:tkHk7/Du

>>110
つづき

In both the cases, the group of the equation can be partitioned by adjunction into groups such that one can pass from one to another by a self-transformation;but the condition that these groups have the same substitutions holds only in thesecond case.
This is called proper decomposition.
In other words, when a group G contains another, H, the group G can be parti-tioned into groups each of which is obtained by operating on the permutations inH a self-transformation, in such a way that,G = H + H S + H S' + ・・..And we can also partition into groups which have all similar substitutions, such that G = H +TH +T'H +・・
These two types of decompositions generally do not coincide. When they do coin-cide the decomposition is said to be proper.

It is easy to see that, when the group of an equation is not susceptible to any proper decomposition, however well we might have transformed this equation, the groupsof the transformed equations will always have the same number of permutations.On the contrary, when the group of an equation is susceptible to a proper decom-position in such a way that we can decompose it into M groups of N permutations,we can resolve the given equation by means of two equations: one will have a groupof M permutations and the other, one of N permutations.

つづく

http://rio2016.5ch.net/test/read.cgi/math/1615510393/111

上下前次1-新書関写板覧索設栞歴

ｽﾚ情報赤ﾚｽ抽出画像ﾚｽ抽出歴の未読ｽﾚ AAｻﾑﾈｲﾙ

ぬこの手ぬこTOP 0.034s