Ch. 10.1 Finding Eigenvalues and Eigenfunctions (Class Example)

[@JDhaggis]

Dear TH-cam uploader.
Thank you for saving my skins and going through this problem step by step.
From a deranged maths student

[@benhogan7036]

Thanks for these, your lectures have helped a ton. You're the best teacher for Boyce Diprima.

[@gloriagarcia847]

Thanks so much, this is a great video that goes into great detail and breaks everything down !

[@graemelubbe7875]

Thanks!! You explain the work very well

[@buddyholguin5990]

Was this filmed at UT?

[@duakhan4797]

When lamda is less than zero you right directly in hyperbolic function without conversion. Is there no need of it?

[@brandonphan1437]

Straight to the point, thanks!

[@hadiurrahman5989]

Well explainaition 👍

[@Abdulrahman-wl3jr]

Very handsome and good teacher👍

[@ناصرمحمدالشمري-ز3ح]

very helpful !

[@waqaryounus4780]

Great

[@cricketsupporters3192]

why you removed C2 in the last last step??

[@clillis8792]

that wave at the end

[@felipegottardo8069]

Hello, I didn't get the transformation of (C1 e^mx + c2e^-mx) to (C1 cosh mx + c2 sinh mx). How did you get there?

[@JeroAlmufakir]

Write the latter in terms of exponentials you'll be able to do some factorisation and get the first solution, with the constants in terms of C1 and C2

[@engineeringmadeeasy1602]

this help me alot thank you sir

[@nefer_ankh9839]

Thanku for uploading..its really useful

[@sanampudasaini3379]

Excellent one

[@Dolvak123]

Why can we erase the C2 in the final answer?

[@alphabet_soup_69]

Boundary conditions force C2 to be zero.

[@NithinSaiSunkavalli]

fantastic

[@siweiluo1243]

thank you from China

[@SohilShah_Melodyman]

Thanks a lot! Was very helpful!!

[@pulkitsrivastav651]

Not clear on how we substituted coshx and sinhx in place of exponential function.
Can you explain ?

[@roshinsoni]

great explanations

[@perdanafahrizal8948]

Thank you so much

[@prabirmajumdar2964]

When y(-l)=0,y(l)=0 then how can we find the eigen values and eigen functions

[@kylekieffer2648]

What is the difference between cosh sinh and sine and cosine? I thought you meant that cosh and sinh was cosine and sine when talking about the condition when lambda is less than 0.

[@cutething4910]

this very helpful bro , thanks

[@wisanlayapornprakun7222]

Do you have any example for non-homogeneous?

[@engineeringempowerment6568]

Hi Winsanlaya, I'll post one soon!

[@metegenezz]

+Engineering Empowerment did u? :D

[@tawassulaara1596]

Sir I need problm of green function associated with S.L system

[@Aprst25]

i cant see how the identity for sinh and cosh looks like the general solution..

[@JeroAlmufakir]

Write C1 coshx + C2 sinhx in terms of exponentials, do some factorisation and you'll see that it yields the first general solution he got, K1 and K2 would be in terms of C1 and C2

[@sharvanpanchal4516]

Y(-2)=0 and Y(2)=
Will you tell me whats was the eigen value when boundary condition is like that

[@pobreando]

Tá fazendo wizard?

[@NithinSaiSunkavalli]

[@maher_arora]

Thank you!

[@fujianding6184]

Thanks

[@anilanil8864]

areee bahi hindi bool
meee Angrej koni

[@marielazucena236]

I cannot concentrate 😑

[@charliedajoob2246]

SINNNSH AND COSHHHH

[@mathewgeorge3673]

Very badly presented.

[@nandohd1]

Do better

[@sandeep_math]

Thanks