Check for Linear Independence (3 functions, using Wronskian)

[@devindykstra]

I know you probably will never read this, but this video really helped me. Thank you!

[@blackpenredpen]

Devin Dykstra you are very welcome. I am glad to help! : )

[@stevenson720]

Your enthusiasm is inspiring. I know that sound corny but its true, thank you.

[@hmjawad087]

True Gem . . . Best Teacher of mathematics so far..Love From Pakistan STEVE !!!

[@guerrerojorge94]

Thank you so much, you just saved me like 20 minutes on how to figure this out. My math professor is not the best when she's trying to explain stuff.

[@vynguyen1111]

Thank you so much! I was having trouble with this concept but you made it so straightforward and easy to understand!

[@jayv8131]

Solid video..thank you very much! Have a test soon, wish me luck! 😅

[@sies293]

You are awesome, keep it going

[@pikmin3338]

Your videos are SUPREME

[@ChiaroscuroxX]

Thanks Random Asian man! You made much more sense than my teacher

[@SuperstarFx]

Great explanation! Really helpful

[@HardikPatel-nj7pt]

You are very good ..keep it up 👌👌👌👌

[@sciencestories2025]

If i get determinant value is 0,then what i have to do next?..

[@micah2501]

You are so helpful

[@phyosandarphyosandar5937]

Thank you Sir❤

[@daswimmer94]

Why can't a zero Wronskian be used to prove linear dependence? Can it ever be used to prove dependence?

[@navinsunjaib8221]

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[@minutechips9414]

i want this guy to be my professor

[@stephenokonkwo5595]

You saved me in my upcoming exam

[@shaddrickwyatt3702]

Thank you!

[@lauraconde-puello2604]

You are amazing

[@scp3178]

Why not developing the det along the 3rd row, which contains 2 zeros!! => only a 2X2-det is to calculate for the 3x3 det

[@azmath2059]

using the original determinant method I got the same answer, -20

[@vizart2045]

Are there any examples of 3 functions who are LI but whose wronskian are 0?

[@faris3604]

Thanks

[@samyabdelqader71]

Does the same method work for 4 functions ? im assuming only difference is you have to carry over the first 3 columns instead of 2.

[@akhilmichael7604]

it would not. you would use cofactor expansion to make more 3x3 matrices for which you can use the 3x3 rule he used for those matrices.

[@sharifshabir5398]

Nice video

[@WebsterMwarumbe]

Mr Maths, helloo gyz what if they are linearly dependent what do we say

[@peacesamuel7272]

How did you differentiate 2t-1 and the others??

[@rajwinderrishi6855]

sooch booch ,is the value of 't' is necessary to find W(t) tell me fast

[@nueffl]

is it possible for a set of functions to be neither linear independent nor linear dependent?

[@Koisheep]

nueffl No because the moment one function can be written in terms of the others the whole set becomes linearly dependent.

[@chandrapandey822]

nueffl
No

[@rajwinderrishi6855]

it must have either independent or dependent

[@shreyasms2014]

if wronskian is zero, then they are linearly dependent ? (3*3)

[@shreyasms2014]

this is not true in case of 2*2.. I am thinking about converse of the statement

[@sajeenajoghee3781]

Is thz also Same for the interval 0- infinity??

[@ps3stinksgoxbox]

thank you sir for preparring me for my math 4 midterm

[@cubegears]

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[@rensichen4281]

I really like your accent..

[@lesegomokgabudi5798]

THANK BRO

[@Mathematicssonu]

Ager worinskian variable aata tb kese

[@jimmykong6011]

how about 0?

[@leewilliam3417]

Woolworths 😭😭😭😭

[@shwetakumari1332]

Bakar vedio.