Real life example of Eigen values and Eigen vectors

[@vembarasanv]

I am teaching Mathematics in an engineering college. We just teach students how to solve the problems but not why it is essential and where it is applied in the real life. But this video is just more than what I expect to teach to my students. Thank you for this wonderful video and visual demonstration on eigenvectors. Much appreciated. Thanks.

[@solidmechanicsclassroom3224]

Much obliged, thank you!

[@sohailahmedjamilahmed6189]

Very college and school teacher is same as you

[@muzamilkhan233]

Same with u

[@amolshelte3624]

Nice sir

[@HarshanS-xy9kg]

It's common with all clg and school, and it's really nice that a teacher accepts it

[@kumarkartikeya1386]

You nailed it. Best description of eigenvalue and eigenvector I have ever seen.

[@solidmechanicsclassroom3224]

Thanks Kartik, hope you are doing well.

[@michaelbaucum6787]

Just want to say, your foam roller example is brilliant.

[@yashrajkanaskar2452]

If everyone taught maths like this....no one would hate it!! awesome video sir!!

[@draco4523]

An eye opener... Expecting more videos from you bro.... This is how solid mechanics have to be taught... 👍

[@adityabedekar4449]

I watched this before my maths exam, why didn't my teachers make it this interesting

[@then.t.e.o4455]

Mind blowing sir (A GOOD PERSON IS ALWAYS EXPLAIN GOOD MANNER AND THESE CONCEPT UNDER STAND ALL PERSON)

[@venkatsai258]

This is one of the best videos i have ever seen. Thanks a lot for posting this. It is so clear. No maths teacher has ever explained me this any any class. thanks you so much.

[@fitrianinasir1321]

I have been looking for explanations regarding this for days, I read many journals and watched many videos, but this explanation finally made me understand! thank you so much!

[@rukesh.shrestha111]

Wow.. What a explanation. Cristal Clear

[@firstkaransingh]

Very Well explained.... Thanks

[@edwarddi3833]

Great video! you are the first one who can make me understand the eigen-value and eigen-vector in 3 minutes. Thanks man!

[@tiverekarrahul]

Very very useful and great explanation. Thank you for sharing.

[@ganeshsubramanian6217]

In the first 1-2 minutes, I got a lot of things clarified. Very simple. Thank you!

[@fahimfaisalamio8037]

You are a life saver!! I have searched and studied so many materials but couldn't understand the visual meaning of eigenvalue and vector. Lots of love and good wishes for your outstanding explanation in such e short video!!

[@saudi5456]

one of best explanation for concept of eigen value and vector . thank you sir

[@kapilsharma-mo6ww]

awesome. never expect explaination something like that from anyone. just make complex thing into simplest thing. please make more videos like this

[@nabajyotidey5613]

Hats of Sir you nailed a very complex topic.Clearly Visible what a eigen vector is!

[@Austeoperosis]

I had diff E abt a year ago and never really understood what exactly eigenvectors were used for despite knowing how to do them. This is a great example!

[@neatmachine]

Nicely demonstrated and explained! Thanks

[@prachisharma8365]

Thank you. Thanks a lot for clearing the concept in such an easy way. Keep making such videos.

[@albinjose8272]

What an explanation... I get the whole concept now from 10th class... I get the main piece in the puzzle🧩. For years im studying these without knowing whats it and why i study it. Amazing explanation. This is how my teachers should be explained.

[@SayaliJadhao-kc7lm]

i tried a lot to understand the actual implementation . but here i got one . I perfectly understood the concept

[@muhammadsuleman670]

You have poured the river into cup, excellent, Dr. M. Suleman

[@gokulakrishnansaravanan7475]

sir, U are really doing great work.

[@sabarishssibi3382]

Very clean perfect demonstration 👍👏

[@datasciencewithshreyas1806]

Superb explanation Sir.

[@vishakhkumar37]

Thanks for this informative video!! Expecting more video in the coming days on the Finite Element Method. please

[@MM-np4md]

Thanks so much for the video! I have never even learnt about these but now I want to especially since a real life application and demonstration has been given!

[@ShibaShankar]

Brilliant!! Lots of concept cleared!!

[@narayanadhasojuraghavender1478]

Excellently illustrated the key concepts. Thank u sir.

[@tusharkantipal9514]

Brilliant teaching. Doubts have been cleared. Thank you.

[@sharatchandra2045]

Unique kind of clear cut explanation of eigen vectors and eigen values..

[@periyasamyr9791]

Sir, Very interesting. Thank you for sharing valuable concept. This is how physics works..

[@nitiniyer1]

Marvellous explaination...big thanks to you sir..

[@joelmammachen]

Waaow. I wish everyone taught like this.

[@rishigupta2342]

Very good explanation!!!

[@ரிசிகுமார்]

Wow sir !! The best work sir.... Thanks alot sir!!!!!

[@PandurangaVittalK]

Excellent presentation of concepts!! Kudos to your team.

[@ashutoshchaurasia3863]

Sir u explain difficult concepts in a such lucid way that they are really appreciable.Thanks I was trying to know the physical siggnificance of eigen vector from long time.

[@ahmadkamalmughal6349]

buaht alaa yar buhat alaa... thanx for this video man.

[@statinfy391]

superb explanation... thank u

[@dharmamsavani340]

Good explanation

[@sajayoommen5819]

very easy to understand explanation , thank you

[@AG-dt7we]

While watching this, I was remembering time when I was a student. Wish teachers knew how to explain real world application of complex mathematical concepts. This is even better than 3B1B animation, which were the best explanation I saw so far !

[@mattds6811]

loved your vid, finally someone who explains this topic without puking just plenty of maths terms and not explaining them!! keep it up!! :D by the way, is there any application of the eigenvalues, eigenvalues, Jordan matrix, matrix diagonalization or spectral theorem in economics? :)

[@shashankn272]

You're really amazing when it comes to concepts! Expecting such videos ahead!

[@dr.atulkumarray7369]

Very nicely explained. Thanks

[@dipanjanhore9880]

Superb sir.......feeling good after facing cyclone☺☺☺

[@AhnafIsmat]

Simple, yet effective. Thank you!

[@murthykn4688]

Marvelous explanation sir... waiting for this crystal clear concept since years ...u made my day sir...kudos to Ur concepts...expecting more such fundamental concepts from you...thanks in advance 👍👏👌

[@abhayakumarpradhan1549]

OMG !! It's wonderful and the mapping of concepts to the real-world applications is awesome, which provides deeper insights into the philosophy behind the mathematical formulations. Keep making such tutorials (Y)

[@rehanaakter8458]

Thank you sir. I have understood the concept.. it is so much easy❤

[@edwardjia2009]

incredible explanation yet succinct 🤩

[@sashamuller9743]

the best example i've seen so far thank you

[@ramdhiwakarseetharaman5989]

So beautiful and simple that captures the whole essence ! Thanks

[@dheerajvarma3615]

You are God, sir. Thank you for such simple explanation.

[@jayantachanda1383]

Nice explanation. Thanks alot sir

[@biswabismitabag9017]

just wowww....please make more videos sir !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

[@Sarojkumar-yh9uy]

excellent explanation ....please make vdo on PCA,LDA..

[@venkateshdyrwf7298]

Excellent explanations

[@narinderkumar1237]

Wonderful explanation

[@shashireddy7371]

This is unbelievable😳

[@EngCamiloAnReyes]

What would be the eigenvalue in this case? I understand that X2 is the eigenvector, but what about the eigenvalue? Would be the magnitude of the applied torque? Thanks for the clarification

[@solidmechanicsclassroom3224]

Ideally, the eigenvalue would be the stretch ratio. No. it won't be the magnitude of the torque.

[@eitanshirman9072]

Thank you so much, best explanation!

[@dance5875]

Excellent Video

[@vishnuprasad9003]

Very well explained sir

[@KR-th5tc]

Thank you sir, please keep sharing knowledge.

[@techbarikcom]

Wonderful explanation :)

[@sharatchandra2045]

Excellen explanation.. thank you

[@raviuchiha3939]

finally!!! someone with a torch!!!

[@rohitpandey9391]

I got here what I got nowhere. Thankyou sir so much

[@shubham22kar]

Thank you very much Sir, the kind of explanation every engineer want!!

[@MrJsganguli]

Man ...You are an awesome teacher !

[@gammaray6909]

there are so many geniuses !!!

[@ekowandoh7580]

brilliant work with the roller

[@alliswell8376]

Thank you so much Sir Really an eye opener

[@milan8937]

tq very much i was searching for this thing for 2 days.. Make more videos like this...👍

[@kammaridurgacharan431]

Excellent bro

[@ashish31416]

Excellent! Pure shear case. Aha

[@honestphysics5894]

Thanks a lot sir its very much helpful

[@narasimhachopparapu4534]

wow...no words...incredible

[@PrinceKumar-hh6yn]

we need this video as a starter for the subject

[@akashdutta6982]

best explanation sir

[@jeffreyhunter4115]

Great explanation.

[@amansharma8505]

blown my mind, completed my engineering years ago mugged all this up never understood this way.🤯🤯

[@ekaterinaburakova8629]

Thank you, this is very useful!

[@TOpCoder100]

Can u elaborate more about solving the problem of “optimal car component’s placing” using eigen vectors ? Thanks, I’m just big fan of mechanical engineering

[@shutshanand2307]

Please sir please sir issi tarah aur bhi lecture padhaiye sir ..please sir 🙏🙏🙏🙏🙏🙏🙏

[@rajendrakc5969]

Amazing video !!

[@charbelghossan2234]

Very informative! Thanks!

[@vishnuraj6227]

Awesome sir

[@akshay.s]

Guys also check out 3Blue1brown's playlist for detailed and rigorous understanding.

[@manish_6974]

Wonderful! Thank you!

[@jacksonsunny1261]

Nobody has taught me eigenvalues and eigenvectors the way you have taught me. Thank you so much. It's so clear.

[@alliswell8376]

May God shower His blessings on you n your family

[@saurabhhase6871]

This is the thing what everyone was looking for...😃

[@sreedharb.k6274]

Good explanation. However you could have elaborated more on the automobile part of the lecture. A question on the shaft example : From the initial X1(horizontal) and final vector X1 (inclined) we can get the array (by matrix inversion). What will this represent or how is it related to the torque? Can you throw some light?

[@solidmechanicsclassroom3224]

This will be easier to understand if you have some background on continuum mechanics; the deformation gradient will be the matrix, which depends on the torque.

[@thomasvarghese4085]

Absolutely what I was looking for

[@Lochness629]

I have a three-factor model where all my eigen values are positive except for 1 item. I imagine it is because I should have reverse coded it, since it is the opposite of what I hypothesized a student to answer. When explaining why I have a negative eigen value compared to the rest, is this a decent enough explanation? I am giving a talk to a room of folks who are not statisticians, and consider myself to be more of an applied researcher. Do you have any other suggestions for how to explain one negative eigen value in comparison to positive ones? (note: I did reverse code other items, but did not anticipate initially this item to be negative when I did the EFA). Thank you!