IMT Transcript, 94.xx%ile, 9/8/7. Reviews Pleasee!

May 26, 2023this means we have $v \in (imt^*)^\bot$ and therfore we have $kert \subseteq (imt^*)^\bot$. For the other side, consider $0 \neq v \in (imt^*)^\bot$, (which exists from the same. Jun 15, 2019find a basis for kert and imt (t is a linear transformation) ask question asked 6 years, 8 months ago modified 6 years, 8 months ago

Linear alegbra - find base for imt and kert ask question asked 11 years, 3 months ago modified 11 years, 3 months ago Linear tranformation that preserves direct sum $ v = imt \oplus \ kert $ ask question asked 13 years ago modified 13 years ago