Linear Algebra 16h4: Defective Matrices

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  1. MathTheBeautiful
  2. Grinfeld
  3. Null Space
  4. Euclidean Vector
  5. Gaussian Elimination
  6. Column Space
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Комментарии
Автор

I have watched dozens of videos on Defective Matrices. But this is the best. Thank you very much indeed, dear Professor!

mohammedmahinuralam
Автор

2:49 Made my day! Prof. Grinfeld has a great sense of humor.

ArponPaul
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Thank you, Prof. Grinfeld! You help me understand better linear algebra.

marceloviolato
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This lesson is excellent! Really high quality explanation!

armantavakoli
Автор

Could you explain why the Null sapce of (defective matrix - lamda*I) is also within the span of the (defective matrix - lamda*I) itself? I think this is the key to solve the puzzle of the Jordan Canonical Form. Thanks.

leiyplane
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I've watched all your videos up until this and I don't recall that you have been talking about pertubation. Can you give me reference to the pertubation videos? I don't understand your explanation for why defective matrices doesn't arise. I really like your videos.

matthiasandersen
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4:50 Pavel how can I believe these solutions are linearly independent when the edges of the square brackets are clearly not orthogonal!

brendan
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Can there exist an eigen basis for a defective matrix .? And why ?

experialhal
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Have you proof the random matrix null space is linear independent yet?
and the linear independent of eigen vector space ?

thentust
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The irony of when being defective is closer to an ideal than being non-defective...

mpja
Автор

I don't know how did I get here...

hafezmousavi
Автор

All I needed was an example instead I'm 4 videos in and cannot solve a single defective matrix

BlakeCreate