Advanced Linear Algebra - Lecture 14: Isomorphisms of Vector Spaces

We learn what it means for two vector spaces to be isomorphic (roughly speaking, "the same").

Please leave a comment below if you have any questions, comments, or corrections.

[dxtura]

Thanks for explaining these in plain, simple english. I have ADHD, so I generally spend hours on the same 2 pages when I try to learn out of a textbook, reading sentences over and over again and only vaguely processing them; this speeds things up so much!!

[devotownproductions]

Nice video. Was informative and you have good cadence

[browncow]

It would be nice to know more about what the implication of this is? Does it mean, for example, that there is NOTHING that you can do with, say, degree-3 polynomials that cannot be done with vectors in R^4? Seems like that surely is not true.