MappingHomomorphism mapping Consider group and mapping .For , ![]() Isomorphism If is a bijective mapping,![]() Kernel If is the unit element of ,![]() Homomorphism theorem Consider homomorphism mapping , 's kernel, then ,
is an isomorphism mapping, and![]() Automorphism mapping Automorphism mapping from G to G Automorphism group An identity mapping is an automorphism mapping and a composite automorphism mapping is also an automorphism mapping. Moreover, the set of automorphism mappings forms a group.![]() Conjugate If exists and satisfies and , then are conjugates of each other.[0]Top |
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