I love this class because its always like when a matrix is similar to a diagonal matrix, the matrix is said to be diagonalizable. And it feels like god like beings talking to mortals in the ancient times in a dnd type world.
I didn't like that you skipped those 14 steps. Each video on its own complete is kinda nice, isn't it? so you get the full idea and don't necessarily have to switch back and forth unless of course you really want to. Thanks!
I like it though. I think it will better for TH-cam to have some content folded. If he explains those 14 steps, it will make the video super long, increasing the hardness to locate certain content.
I'm surprised you didn't like it; I found it quite nice. Those 14 steps are things you have been doing heavily in past chapters which is why it is skipped. If you need a refresher, just go back to another chapter to see how to row reduce or solve a matrix.
I remember a question asking us to solve for the formula of A if a = pdp^-1 way back in like 2.4 or something like that. I never thought any thing of it. Crazy that it comes back to actually mean something later besides being a novelty.
I've looked at a few of the problem solutions and there's something I'd like some clarification on. The order of the eigenvalues in D and eigenvectors in P don't matter as long as they're consistent with one another, correct?
We really got Seth Rogen teaching linear algebra before GTA 6.
this shit got me dying at 3 am before my final exam tmr
Is this from Friedberg insel and spence?
No, the text is Linear Algebra and its Applications by Lay.
I love this class because its always like when a matrix is similar to a diagonal matrix, the matrix is said to be diagonalizable. And it feels like god like beings talking to mortals in the ancient times in a dnd type world.
thank you markiplier
This video was very helpful, thanks!
😢you saved me from exams
I have my exam in 3 hours 🙈
I didn't like that you skipped those 14 steps. Each video on its own complete is kinda nice, isn't it? so you get the full idea and don't necessarily have to switch back and forth unless of course you really want to.
Thanks!
he was being sarcastic dumbass
I like it though. I think it will better for TH-cam to have some content folded. If he explains those 14 steps, it will make the video super long, increasing the hardness to locate certain content.
he could have done it once
@@heqiwu6404
I'm surprised you didn't like it; I found it quite nice. Those 14 steps are things you have been doing heavily in past chapters which is why it is skipped. If you need a refresher, just go back to another chapter to see how to row reduce or solve a matrix.
I remember a question asking us to solve for the formula of A if a = pdp^-1 way back in like 2.4 or something like that. I never thought any thing of it. Crazy that it comes back to actually mean something later besides being a novelty.
In math, there is very little novelty. It is all to further a more significant purpose!
I've looked at a few of the problem solutions and there's something I'd like some clarification on. The order of the eigenvalues in D and eigenvectors in P don't matter as long as they're consistent with one another, correct?
That is correct - great point of clarification.
Ughhh thank you Paul !
too many steps skipped im more confused
Was a bit challenging to understand the theorems.
sir I thunk a mistake at 17:51, you taught that 0 can't be an eigenvalue but here you also took 0 as an eigenvalue.
0 cant be an eigen vector, but it can be an eigen value