Please do not copy from any other sources , i need free Plagiarism , do not give the type answers Solve both subparts (i) Proof (necessary and sufficient) A necessary and sufficient condition that a...


Please do not copy from any other sources , i need free Plagiarism , do not give the type answers


Solve both subparts


(i) Proof (necessary and sufficient)  A necessary and sufficient condition that a linear transformation P on a complex inner product space V be self adjoint.,


(ii) in part (i) If V is finite dimensional what is the advantage



Jun 04, 2022
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