schrodinger equation for particle in hindi

[@saurabhmeena4239]

you are a good teacher, ## IS THAT CLEAR #🤣🤣🤣

[@Eduphile]

Thanks. Keep Growing

[@BEWAFASTATUSK42]

Tumne comment kia hai... Is that clear 😂😂

[@jacobytheo1766]

i know I'm kind of randomly asking but does anyone know a good site to watch new series online?

[@brantleybryan321]

@Jacoby Theo Flixportal xD

[@jacobytheo1766]

@Brantley Bryan thanks, I signed up and it seems like a nice service =) I really appreciate it!

[@abhinavdixit2956]

Kyoki sir aap jaisa koi nahi padata. Ap har concept clear karate hai.. Thank u, sir

[@Eduphile]

Most Welcome

[@amitsha_750]

Thanks for explaining more in less time.

[@VinayKumarKalburgi-k5o]

Excellent Explanation , Thank you so much

[@dhruvjshil8313]

Is that clear.... Yes 👍👍

[@fizamalik1689]

Thank you so much ❤️
From Pakistan 🇵🇰

[@Eduphile]

❤️👍

[@Mdxamaan]

It is clear!

[@channelhappy3422]

Thankyou so much sir🤗

[@MuhammadYousaf-mo3ow]

Sir ji
What is Schrodinger equation in momentum representation for a free particle in one dimension? What are the eigen function b(k) of this equation.
Ka ans kia ho ga???
Guide kr dijiye sir ji

[@Eduphile]

Ji Haan yahi answer h iska lekin issi topic pe new videos Bani hua h usme Kuch aur cheeze ko bhi bataya Gaya h.
Video name " Particle in one dimensional box " by eduphile

[@abhinavdixit2956]

Sir, (0 = 0 + B sin Ka) isme B kahan chala gaya kyoki isme to koi value rakhi nahi gayi.. plz explain it.

[@Eduphile]

B sinKa = 0 h toh B idhar jayega 0 k taraf toh 0/B ho jaega that means 0.

[@sachinpatel7233]

Bhai aap jaisa clg me pathate Nahi hai Varna ........

[@Eduphile]

Thanks. Keep Growing

[@ramashishgirigiri5498]

#Super sir and thank😊

[@Eduphile]

Most Welcome. Keep Growing

[@abhinavdixit2956]

Sir plz, 3 dimensional schrödinger wave equation par ek videos bana diziye.. plz sir
.

[@missselfiequeen4300]

Sir yeah derivation for free particle ke liye hi hai ya particle in a box ke liye
Sir pls pls reply

[@Eduphile]

Dono ek hi h dost

[@RehanKhan-mo1nt]

Derive an expression of electron transmission probability through potential barrier of height Vo and of width 'a'. Sir iske lia koi video hai jissey dekh k concept clear and solve hojaye

[@Eduphile]

I shall try

[@RehanKhan-mo1nt]

Sir ya tunnelling ka expression derive karna hai??

[@nehabarkhane9387]

Sir..plz schrodinger eqn. For linear harmonic oscillator pr ek video ...plz...plz...plz

[@Eduphile]

I shall try

[@visvakarma5127]

3d Schrodinger equation for a particle ? Sir Uska ans yeh h ?

[@Eduphile]

Yeh 1 D k liye h

[@devendverma4600]

Thankyou 😊 sir

[@Eduphile]

Most welcome

[@surajrout5067]

g bahat acha he

[@Eduphile]

Thanks ☺️

[@gurukagyan75]

Thanku sir

[@gagandeepsingh7789]

Thank you sir

[@Eduphile]

Most Welcome. Keep Growing

[@ahmed-qo8zm]

Ok thank you so much sir

[@Eduphile]

Most Welcome. Keep Growing

[@ahmed-qo8zm]

Hello sir mjhy ye samajh nh a raha kindly bta den k equation one ka solution kaisy Aya. Acos kx + bsin kx

[@Eduphile]

Differential equation Ka solution h ye dost, Jo ki bahut common h maths ma isliye yaha pe solution solve karke nhi nikala Gaya , direct likh Diya Gaya h

[@Deadzone90]

Bhai bss is that Clear h smjh ayaa

[@ManishaYadav-yx6bw]

Sir linear harmonic oscillator ki class lga do

[@Eduphile]

I shall try

[@nehalkumar978]

Sir PLZ upload Frank and hertz experiment

[@Eduphile]

I shall try .

[@Eduphile]

Video aa gayi h aap check kar sakte h. Sorry for late kyunki mai hometown se bahar tha

[@nehalkumar978]

Thankw very much sir...

[@Eduphile]

Most Welcome

[@NehaSharma-rj2lt]

TQ sir

[@naeemwaziri7494]

Sir 🌹

[@Eduphile]

Thanks. Keep Growing

[@TwistedKrizZ33]

Thank u

[@rashikasharma9034]

Bhut acha samjaya hai AP but papar bhut pass jaldi jaldi samje koki mere ko important question chaye

[@rashikasharma9034]

Bhut bura paraya

[@relaxthemind3914]

Schrodinger equation main to 2 ki Stan pr 8 hai sir

[@Eduphile]

Kya poochna chahte h aap , timing bataiye video ma

[@Brokeneditz2323]

Bhai value rakh de hcut ki h by2pi

[@rashikasharma9034]

Please sir help jarur kijiye mere

[@Eduphile]

How can I help you?

[@maanavirai]

Sir plz explain symmetric and anti symmetric wave function quickly

[@Eduphile]

I have explained in the video of bose einstein's statistics.
Search Bose Einstein Statistics by Eduphile

[@maanavirai]

Ok sir and tq so much sir

[@Eduphile]

Most Welcome

[@BEWAFASTATUSK42]

E baar baar is that clear kahe bolte ho?? Class mei ho kya??

[@Eduphile]

Thanks for your feedback. Ab nhi bolta hoon dost

[@Ritik54321]

It's that clear kuch jyada nhi ho gya🤔

[@Eduphile]

Thanks for your feedback

[@Ritik54321]

@@Eduphile but vedio is helpful 👍

[@Eduphile]

🤗👍

[@Ritik54321]

@Ff gamer beta ap hume na samjhaye tahjeeb thik hai...

[@Ritik54321]

@Ff gamerbhaiya tum jo bhi ho dimak kharab mt kro 🤣🤣😂😂 pehle tune se ap bolna sikho bhaiya aur teacher nhi ho tum 😂😂aur mene jinhe bola unhe pata hai ki mene kis way me kaha toh jyada gyan mt do chacha...

[@BEWAFASTATUSK42]

Mood khrab ho gya,, br br is that clear 😤😤

[@bhupendramaheshwari3341]

Is it clear ki bkwass Mt kra kr bar bar m

[@Eduphile]

Sorry for your inconvenience. Ab humari new videos ma aapko is that clear nhi suneneko milega

[@gagandeepsingh7789]

Bhupendra Maheshwari tere jaise log jo lecture sunne ke bajaye ye sab cheezo par dhyaan dete hai zindagi me kuch ukhaad bhi nahi sakte.
Sir we don't mind when you say "is it clear". Your explanation of derivations is clear and to the point.

[@Brokeneditz2323]

Abe Tu college mei aaya kaise??? Fake 12 th karo thi be tune to......

[@Anil_Bishnoi.]

Tamiz nhi hai kya baat krne ki

[@dhal287]

Thank you sir

[@Eduphile]

Most Welcome. Keep Growing

[@suhanigangwar7977]

Thank u sir

[@Eduphile]

Most Welcome. Keep Growing