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Go to LEM.MA/LA for videos, exercises, and to ask us questions directly.
Thanks for making things to make sense Professor.
Thank you for making these videos. I now have a much better understanding of linear algebra. I hope you will make more!
Yes!
Great analogies, thanks! This helped me study for my midterm.
Thanks a lot, immediatly liked and subscribed!
This guy is awesome lol
Thank you sir
core content start from 9:24
what is the condition for inverse of transform Ax=b when A is a rectangular matrix?Is it like either left inverse or right inverse should exist for the inverse of the transform to exist.
Good video!
Thank you so much professor, your lecture really helped me!! :)
Could you please refer me to any document or video where the term "Linear Fractional Transformation" has been used?Thank you!
inverse got to be one to one ,or can not find the vector by T^-1*T*V.
if u1 was -1,-1 and u2 was 1,1 then it would still be the trivial solution....
Go to LEM.MA/LA for videos, exercises, and to ask us questions directly.
Thanks for making things to make sense Professor.
Thank you for making these videos. I now have a much better understanding of linear algebra. I hope you will make more!
Yes!
Great analogies, thanks! This helped me study for my midterm.
Thanks a lot, immediatly liked and subscribed!
This guy is awesome lol
Thank you sir
core content start from 9:24
what is the condition for inverse of transform Ax=b when A is a rectangular matrix?
Is it like either left inverse or right inverse should exist for the inverse of the transform to exist.
Good video!
Thank you so much professor, your lecture really helped me!! :)
Could you please refer me to any document or video where the term "Linear Fractional Transformation" has been used?
Thank you!
inverse got to be one to one ,or can not find the vector by T^-1*T*V.
if u1 was -1,-1 and u2 was 1,1 then it would still be the trivial solution....