Introduction to Frobenius Method Part 1

My lecture videos are organized at:
100worksheets.c...

[@diotony1538]

The only source so far that care about explaining why Frobenius theorem exist.
Please keep up the good work and continue to demystify math

[@muhammadkhalifah7382]

Agreed 100%. A year later, this video is still the only one I can find of which explains that.

[@ammardalati510]

Dude this is the only lecture I understood about Frobenius, THANK YOU

[@marceloenciso6665]

Thanks Professor! Finally understand. Very intuitive with a systematic approach.

[@lashitjain5633]

Great one. Probably the only source explaining why Frobenius Method is done the way it is. Do you follow any book? If yes, can you please share the name? Thanks.

[@bjblyt]

Thank you. Finally understood why I'm doing it

[@iamakii]

Thank you for this lecture! It's easy to understand.

[@milakshashaey2957]

The way you teach it's awesome

[@Ryan라이언]

The only video that I can understand about Frobenius lol thank you !

[@tiantianzhang5890]

Thank you! I was really confused and this video saved me!

[@boreallifts2042]

Thank you. Now I am calmer.

[@kevinvigi.mathew6350]

Great vid, so simplified and easy to follow. Best

[@GUYWHOLOVETOBECOVERED]

Current I am in national institute of technology surat,India
I get somewhat in university here I learnt the full concept

[@pratyushkapoor200]

awesome sir! Thank You for this !

[@serkan3892]

sir thank you for these wonderful videos,Do you have any bessel's differential equation videos?

[@daniel_an]

I only did it for order 1 and for the first kind: ua-cam.com/video/eGFRq1qjSAc/v-deo.html
Unfortunately I don't have the one dealing with the second kind

[@serkan3892]

thanks sir ! i m eagerly waiting your videos

[@abuabdullah9878]

Great video thank you!!!!!!!!!!!!!!!!!!!!!!!!!!

[@milliekim5072]

Thank you so much, sir!

[@yohannesmedhane9695]

really helpful

[@jemalumer7333]

thanky very much

[@icee562]

11:20 Thank you so much!

[@manojkhatri6537]

you are awesome sir

[@dhruvverma2951]

Thank you 👏👏

[@oscarhernandezarzeta6222]

On 3:48 I think it should be - sign Because of the partial fraction decomposition 1/(x(1-x))=1/x-1/(1-x)=1/x--(1+x+x^2+...)

[@changchang6806]

No, it is a positive.

[@croxxxx1932]

Thank you so much sir

[@brianni8425]

老师课讲得非常好，就是有点浅，不知是否可以出一些更深的课

[@SpaceHunter2030]

thank you sir

[@Felipx2812]

thank you !!

[@gattu0618]

Do you have a video for Power series explained by same professor in same style?

[@daniel_an]

sai kiran look at the playlists of this channel

[@lemonzest905]

Question. After getting the differential equation, how do I then evaluate the first 4 terms of the solution given by an indicial root of, lets say, 0.63?

[@mdshorifulislam7542]

tnx sir

[@emmanuelmasiko]

Why do you consider one value of r

[@daniel_an]

One should find solutions for both r values. However, if the two r values differ by an integer, the problem can become much harder to solve. Please watch my bessel function of second kind with Frobenius if you want to see it done.

[@fashionablefashionita2581]

Fuchs theorem

[@daniel_an]

Thanks!

[@abdullahsaad5686]

Thank you. Finally understood why I'm doing it