A homomorphism is called an isomorphism? This is wrong... An isomorphism is a bijective homomorphism, thus persevering the entire structure of a group or field across the function. You cant just call all homomorphisms isomorphisms.
Homomorphisms do not necessarily have an inverse. I do not understand what you mean by: "homomorphisms and isomorphisms are considered to be inverse functions of eachother".
you're wrong here... again. Why post this?
gwarthkam 7 months ago
A homomorphism is called an isomorphism? This is wrong... An isomorphism is a bijective homomorphism, thus persevering the entire structure of a group or field across the function. You cant just call all homomorphisms isomorphisms.
gbtimmon 9 months ago
Homomorphisms do not necessarily have an inverse. I do not understand what you mean by: "homomorphisms and isomorphisms are considered to be inverse functions of eachother".
VeritySeeker 1 year ago