Topics: Algebra - Linear Transformation - Vector Space
If is bijective, then it’s invertible and there exists an inverse transformation of denoted by .
If is linear, then is also linear.
If is an isomorphism, then is also an isomorphism.
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Topics: Algebra - Linear Transformation - Vector Space
If T is bijective, then it’s invertible and there exists an inverse transformation of T denoted by T−1.
If T:V→W is linear, then T−1:W→V is also linear.
If T:V→W is an isomorphism, then T−1:W→V is also an isomorphism.