LAII 009 Example of a Jordan normal form

We will compute the Jordan normal form and the base change matrix for a matrix with two eigenvalues and two Jordan blocks.

[ar]

Thank you so much for these clearly-presented examples! Recently I was tutoring a student in Linear Algebra who just started the Jordan Canonical Form, which I'd never actually done myself. But I was able to learn and understand it well enough from these videos. Thanks again!

[bluebearry]

Thank you for helping me pass my Linear algebra 2 exam!!! :D

[shivendrachavan]

That is the weirdest drawn “ 1” I have ever seen
Rest of the video was brilliant

[kelvinhong]

Thank you, besides theoretical knowledge, I think I better first know an example, it helps me a lot 😃

[magdalenarailean]

I dont get it, I multiplied S^(-1)*A*S and doesn't give me that results. What A did you use?

[nareknga]

Amazing explanation, thanks for the video!

[naparajitmukherjee]

Excellent oresentation.only should tell what method be adopted if S not invertible

[sedergames]

Why (A-2E)v3 us equal to v2?please need explanation

[dantefedeli]

Could I get the canonical "A" matrix form ("J") directly by Jordan's blocks? I consider the main diagonal of the J matrix and put all the eigenvalues; geometric multiplicity are jordan's blocks. So i don't need the "S" base change matrix. Thanks for the reply.

[soniyadorathy]

why there is a zero for v3 and one for v2 in the first element of the v3 and v2 vectors respectively?
Maam, can you explain this please

[fahadmumtaz]

how she has calculated the eigen vector?

[mikiasberhanu]

you could have done better explaining how it works, you just wrote down on the board the solution. Thank you tho.

[brooklinboyandsasa]

first balabalab than magic than more magic here we get the solution do you understand?

[dannywhitney]

The way the ones are drawn make this video so much harder to follow for me. So bizarre

[oanes]

isn't v3 a 2 dimensional solution space of ((0 1 1), (1 0 0))???