Use the definition of a normal subroup to prove Proposition 2.3.7: IfGis an Abelian group, then every subgroup of Gis a normal subgroup. Hint:

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Abstract Algebra I
QUESTION 3
Use the definition of a normal subroup to prove
Proposition 2.3.7: IfGis an Abelian group, then
every subgroup of Gis a normal subgroup. Hint:
this is set theory "equality" proof.
%3D
Transcribed Image Text:QUESTION 3 Use the definition of a normal subroup to prove Proposition 2.3.7: IfGis an Abelian group, then every subgroup of Gis a normal subgroup. Hint: this is set theory "equality" proof. %3D
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