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

Leave a Reply

MEET OVER 2000 NOUN STUDENTS HERE. 

Join us for latest NOUN UPDATES and Free TMA answers posted by students on our Telegram. 

OUR ONLINE TUTORIAL CLASS IS NOW ON!!! JOIN US NOW. 
JOIN NOW!
close-link