Question

Let T : U ➔ V be a linear trans£ orma tion Then

show that range of T i.e. R (T) is a subspace of V.

and null space of T i.e. N (T) is a subspace of U.​

Answer 1

Answer:

do it is your exam question

Answer 2

Answer:

Let T : U ➔ V be a linear trans£ orma tion Then

show that range of T i.e. R (T) is a subspace of V.

and null space of T i.e. N (T) is a subspace of U.