11. Let V be a vector space and T a linear transformation from V into V. Prove that the following two statements about T are equivalent. (a) The intersection of the range of T and the null space of T is the zero subspace of V. (b) If T(Ta) =0, then Ta = 0.

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plz prove this !

11. Let V be a vector space and T a linear transformation from V into V. Prove
that the following two statements about T are equivalent.
(a) The intersection of the range of T and the mull space of T is the zero
subspace of V.
(b) If T(Ta) = 0, then Ta = 0.
Transcribed Image Text:11. Let V be a vector space and T a linear transformation from V into V. Prove that the following two statements about T are equivalent. (a) The intersection of the range of T and the mull space of T is the zero subspace of V. (b) If T(Ta) = 0, then Ta = 0.
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