Given groups \(G\) and \(G^{\ast}\), a homomorphism \(\theta : G \rightarrow G^{\ast}\) is called an isomorphism if

Given groups \(G\) and \(G^{\ast}\), a homomorphism \(\theta : G \rightarrow G^{\ast}\) is called an isomorphism if

\(\theta\) is surjective and inclusive

—>> \(\theta\) is injective and surjective

\(\theta\) is normal in \(G\)

\(\theta\) is inclusive and injective

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