Differential Equations - 31 - The Wronskian

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Differential equations the easy way. What is the wronskian, and how can I use it to show that solutions form a fundamental set
  1. The Lazy Engineer
  2. Differential equations
  3. differential equations easy
  4. wronskian
  5. full series
  6. fundamental set
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11 seconds in, "Let me give you a roadmap". MY GOD THANK YOU, I desperately needed that.

thejellyman
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The Lazy Engineer, looks like I found the place to be.

amcudi
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Exam tomorrow for me, you teach ODE so much better than my prof! Thank you!

outrspaced
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You make all these advanced concepts so simple and easy to understand, wish more professors taught like this whole series

Pestam
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Dude I've been stressing out with linear stuff for the past month, turns out my prof was only getting me confused and never explained really, I just watched a couple of your videos and I'm ready for my exam tomorrow.

nazarmoroz
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EXAM IN 10 HOURS THANK YOU !, YOU ARE A LIFE SAVER.

bwhabsodium
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This video saved me! Thanks for making it!

presentlymine
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Well, wish me luck. My final is in 3 minutes. Thanks for your help!

yungmodulus
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I liked immediately just because of your voice

nvirevolution
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This is awesome. Very helpful. Thank you.

DrAxiom-efse
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Just noticed the audio sounds kind of strange (maybe its just the headphones I'm using, but ill make sure to fix that).

Also for those of you who are waiting on Part 2 of JIT4D, its coming this week!

TheLazyEngineer
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The following information is available for a particular differential equation
У2 Уз W= Dy1 Dy2 Dy3 =0 D²y1 D22 D2Y3 2
Check all that applies
W is called the Wronskian for the differential equation.
V1, V2, and y3 are three solutions to differential equation.
The three solutions are linearly independent.
The differential equation is of third order.

redditindia
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The two solutions y1 and y2 can only be put in general solution only if they are linearly independent. This is what a wronskian measures, whether the two solutions are linearly independent or not. Am I right?

AsifAli-oyvc
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I need a help in series solutions of DE. Please make an exclusive video on the topic.

englishforfunandcompetitio
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Can you please give the name of the app/software that you're using, i love it.

Tsoenyana
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If a non square matrix is produced, then determinants isn't applicable right? Is it going to be linearly independent?

undyingshithead
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Does it matter what you use as y1 and y2 if so how did you determine which is which?

skierdude
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the size of wonkskian matrix gives us info about the order of differential equation true or false

redditindia
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The other youtuber cross multiply them, why?

poloalarzar
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When is part 2 of the 4th dimension series coming out?

CynicalScorpio