schrodinger wave equation derivation time independent || engineering physics ||

schrodinger wave equation derivation time independent

[@nihanthbaratam9554]

sir, i am studying in a university VIT Vellore
even the professors coulldn't explain this this properly
you are a great teacher thank you sir

[@vinoth-om7zx]

Same condition in srm too..

[@MohsinKhan-kl2qe]

Can't believe it u explained it so easily thank you so much sir....

[@__SaiTeja-mv9ic]

Yess

[@rajavel_sa]

Sir thanks a lot , I got confused when my teacher teached this but you clearly explained thank you sir

[@mubasshira4035]

Thank you so much sir for this clear concept. I was just shocked seeing the equation. But now i am relaxed😄😄

[@imerence6290]

Why did you do the step after "We know that" i.e. the 5th equ ? The final result comes the same without it.

[@abishek.l6114]

God of engineering physics 🥰

[@nadiaafreen2980]

Must watch...its helpful...thanku so much sir🙌

[@armaanvaskar3826]

Really appreciate it.... understood in first try...keep it up...

[@swathisrinivas5078]

Sir it's smply awesome explanation sir clgs explanation is not required sir if you teach every topic ....tysm sir ....

[@utkarshjain903]

Thank you very much sir.....
So easy explanation...

[@Gaurav-bl4ni]

Great work sir awesome explanation

[@adityachandran7002]

thanks alot sir. this made my understanding so much better.

[@RoCk-mr1fz]

தலைவா உனக்குத் தலை வணங்குகிறேன்🙏🙏

[@kiranreddy9522]

Very nice illustration sir, Thanks a lot sir.

[@embeddediotprojects2636]

Schrodinger time dependent case is applicable to particle where total energy of particle is DEPENDENT on energy E. Similarly time independent case refers to particle whose total energy remains constant in time. Don't decide this based on psi. If psi is independent of time, pls look at your dowsquare psi by dow t square on LHS which makes it zero

[@lukejoel6070]

Sir it was much easier after your lecture very thankful to you sir

[@vaibhavsingh8361]

Thank you so much sir very nicely explained

[@NikhilKumar-vc3bv]

Sir ur classes are very good please upload more videos on quantum physics.

[@jitrajjana3447]

GREAT TEACHING SIR. 👏👏👏👏👏👏👏👏👏👏👏👏👏👏👏👏👏

[@harishpravinraj7513]

GREAT EXPLANATION SIR!!!

[@user-fc2zn2xi7y]

Nice

[@karthikupadhyayula6994]

Thank you sir, it worth a lot

[@shashankarunkumar7867]

awesome lecture!

[@NamrathaUllal1697]

Awesome explanation..

[@munthasirahmed4328]

Thanks..very well explained 😌😌

[@pavanreddy2919]

thank You So much sir......
please upload more videos..........

[@nrmlyaroy7135]

The explamation was really great 🙏🙏🙏🙏🙏🙏🙏😇😇

[@sankarsn4418]

sir your explanation very perfect

[@gurramkalyanreddy7689]

TQ sir , it helps me :)

[@dhiraj9302]

Brilliantly explained. Pls explane h Cross etc in detail.

[@bollipakashashivadhan7417]

Sir I can't believe that finally I learned this question if not I definitely fail in my tomorrow's exam 😂

[@lakhsmikallempudi6037]

Thankyou soo much sir 👌🏻👌🏻👏🏻

[@official_jayesh]

nice explanation👍

[@yogeshinstructor781]

Thank you sir

[@harishrawat2668]

Very good.. Sir ji

[@sureshkurva8351]

Good explain sir

[@pritisrivastava8682]

Thank you so much sir....🙏

[@gudisamounika1700]

Thank you sooo much sir 😊

[@shristisingh2417]

You are awesome sir

[@nandhanac4062]

Thank you sir😊😊

[@sudeepsenchuri8095]

Thqnk you sir❤️

[@anuradhajinaga859]

Tq sirr

[@cdeepika679]

Thanks sir sooo useful

[@NacharVideosandrelaxingvideos]

Super sir,please explain heisenberg uncertainty principle

[@Extrovert_27]

Thank you so much sir

[@aparnatyagi6277]

Thnku so much sir..tnks a lot 👌👌👌

[@atulraje7407]

Nice video hey Schroeder's time independent equation ka I am happy your video is watching thnx

[@AM-cz2rb]

Amazing sir

[@sandipsartandcreativework4660]

Nice video 😊👍

[@harishjayarajp4945]

thanks a million. (in macroscopic)

[@adithyaadulla2679]

Thank you. Sir

[@Shauryakapoor07]

sudhansu sir ne sahi bola tha 😢

[@kaustubha7371]

4:18 I thought that, I just experienced a stroke.

[@nrmlyaroy7135]

🤣🤣🤣🤣

[@MysTeriooooo]

Same bro😀

[@madhukarmeesala9080]

😂😂🤣🤣 Lol

[@ExpertLearning]

Thnx bro

[@zeealwaysshan]

Where is kronig penny model ?

[@ch.krishnamurthy3888]

Good explanation sir but can we please tell me psi(r,t ) or only psi (r ) ..?at initial condition..?

[@LawrenceM-bq9ed]

Thanks

[@alihaidar8022]

u explained time dependent wave equation but the caption of the vedio is independent , i am finding for the time independent solution .......

[@ScienceandFacts]

thanks sir

[@dudyalavenkatasivaleelavar5008]

Thank you sir your explanation is awesome 👌

[@shivadeo6934]

Tq u sir

[@Anand_euphoria]

Thank you

[@sateshpola6750]

Not bad... 👍👍👍

[@bramdashsachan868]

👍

[@gamedose]

Great

[@kamranbala6528]

Hats off

[@harrymed6799]

Very super sir

[@surendrakverma555]

Very good 🙏🙏🙏🙏🙏

[@shazraysyed3397]

thank

[@Rajeshraj-dv1qu]

Your explain is beautiful sir

[@eTution]

Keep watching

[@bibeshbasnet2568]

4:18 he said get lost noobs

[@harishkalyansreeram3418]

useful

[@komorebi252]

Is that inverted 6 thing with psi called tho?

[@suryakant6357]

Curly it's derivative, but only partial derivative means intended for one quantity....

[@mera_kuch_nhi_ho_skta]

schrodinger wave equation for the motion of an electron
Plz explain this question

[@suryakant6357]

First tell what is the wave function of the electron ??

[@gobinishasm1798]

In independent eqn ,from one dimensional to 3 dimensional, whr is velocity?? Will u pls anybody explain??

[@soumikroy9888]

If you follow the derivations, then the velocity is actually hidden in (E-V) term as it is derived from De Broglie Hypothesis that is
Wavelength=h/mv, here is the velocity that is converted into kinetic energy term by mathematical modification.

[@edusmart6287]

Sir please upload more videos on free electrons theory

[@Flying_Ash]

edu smart great explanation Sir

[@ashwinbalasubramaniam4636]

Thanks sir 🫡

[@ZuhanDanish695]

Sir plz explain motion of particles in one dimension box.

[@amazingvideo1360]

Can I write in exam

[@anandkoppaka9281]

Can I write this answer in semester sir

[@muhammadjakriya7101]

Who are just before exams

[@sriramvuppalapati]

4:18 That was funny

[@multiplecreatedstatus5009]

Face is full dark improve lighting

[@rubinraj6203]

2023

[@nitinjaiswal8529]

Hi sir can i use your videos on website you will get views and peoples will see it through UA-cam

[@eigenfeynman9890]

Sir, E is not an operator, its an eigen value

[@ggkt8546]

I agree

[@ggkt8546]

i agree with you

[@tanmaykhade5728]

Kay sukhate ho ya simply way me sikhate jao na yar class me bhi wahi yaha bhi wahe kay ysr

[@royal_vicky_joyboy8819]

To many adds

[@sidruhela7595]

Bekar ak dum sara ak bar likh dia b bs pdh ke suna raha h

[@heyj847]

Condo

[@deveshlangade7119]

Too many adds

[@aadilmohammad2649]

What are u trying to explain I don’t even understand u wasted my time

[@jananisrisudhakar8261]

Thank you sir

[@srinivasatheja.d281]

Nice

[@keziabathula9401]

Tq sir

[@krishnasastha8388]

thank you sir

[@sailingeshlingesh9725]

thank you sir

[@dynamictour9571]

thank you sir

[@SVNGaming8]

Tq sir

[@avinashdubey9810]

Osum explanation thanks sir