Schrodinger Wave Equation in Hindi

[@artjyoti9702]

Sir in last equation in the place of 'm^2', there should be only 'm'.Best explanation.thank you so much sir

[@Eduphile]

Thanks , aap sahi karle 👍👍

[@artjyoti9702]

Maine kr liya hai👍

[@yaseenjanalchemist8026]

Where ?? Please

[@divyanshugreninja6692]

Mujhe bhi laga ki wahan m Hoga , lekin sir thank you , bahut aacha explanation thhi

[@Maheshkumar-ey9dd]

Psi ka value Asin2π/h kaisey aya

[@maqsoodalam1858]

Excellent explanation style and teaching mode. Your all videos are very well for both students and teachers. Thank you very much sir

[@Eduphile]

Most Welcome. Keep Growing

[@yaseenjanalchemist8026]

Sir could you please calculate the formula for energy from this equation which is same as Bohr equation

[@ffmontage4403]

sir kinetic energy 1/2 mv2 hoti hai fir apne 1/2 mu2 ku krwai

[@Eduphile]

Schrodinger Time dependent Equation ka video bhi aa gaya h ua-cam.com/video/QdQE-F2A0T4/v-deo.html
👆👆👆

[@pushpendrapatel3771]

Sir equation me m^2 ki place per single m aayega

[@debamkayal9026]

Your videos helped me to pass first semester 🙏🏻🙏🏻🙏🏻

[@Eduphile]

Thanks. Keep Growing

[@janhavikuvar173]

I understand every concept you teach sir. Im so glad you decided to use youtube and share knowledge here with us!🙏🏾

[@Eduphile]

I appreciate that , Thanks

[@lehargudiya5037]

Really it's taking less time with easy method............

[@Eduphile]

Thanks. Keep Growing

[@rudrad02]

In last step agr for x y and z k liye add huye hai to 8 π^2 wali eqn b to 3 times add hogi wo step smj nhi aya sir can u pls explain ?

[@sanskritisen6681]

The way you explain all concepts in such an easy manner is out of this world so glad to find your channel😇

[@Eduphile]

Thanks. Keep Growing 🤗

[@QuranAndSunnat313]

sir kindly make a video on why cross product is called pseudovecror? and the theory we should write in it.. sir waiting for your response

[@ancientaryanmogger]

Aaj tak ye derivation samajh nhi ayi thi...aaj aagyi🛐🛐🛐🛐 thanks sirji

[@Eduphile]

Most Welcome 🤗

[@chaitalibiswas2619]

Excellent explanation and derivation. I understood the concept and equation clearly from this video.

[@Eduphile]

Thanks. Keep Growing

[@anilkumarrana.2221]

This derivation is for time dependent Schrodinger Wave equation or time independent Schrodinger Wave Equation.
Pls reply quickly,.

[@Eduphile]

Here is time dependent video
ua-cam.com/video/QdQE-F2A0T4/v-deo.html

[@shubhj2656]

Sir from where we can download your notes

[@yousiffana7600]

Excellent Sir ❤
In last step only m is not cancel ❌ but it is a little missing
بڑے بڑے ایقویشنز میں چھوٹی چھوٹی میسٹیک ہوتے رہتے ہیں 😊

[@Eduphile]

👍👍

[@sakshitoor9610]

Thnku sir.. it helps alot to me 😊😊🙏

[@Eduphile]

Most Welcome. Keep Growing

[@santoshjalawadi6565]

Thank u sir ur all explaintion helped me a lot in my pg ,,,thank u soo much 😊😊🙏🙏🙏🙏🙏🙏

[@Eduphile]

Most Welcome. Keep Growing

[@yaseenjanalchemist8026]

That’s incredible thanks again thanks 😊 I tried again and again to find this derivations bundle of thanks 😊

[@Eduphile]

Most Welcome. Keep Growing 🤗

[@preetichaudhary2475]

Cncept jitna jda clear pdhne me intrst utna hu jada aata h...tq sir

[@Eduphile]

Most Welcome. Keep Growing

[@aksharapagidipala9005]

Hello bhai first of all nice explanation of yours
Your dedication and determination and the intension to teach 0 knowledge people best of knowledge😄👍

[@giyasdrock]

thanks overall but there is a small mistake with m^2 in last two line.

[@Eduphile]

Most Welcome. Thanks for your feedback

[@aliasghar4394]

Aoa sir kesy hooo... Quantum mechanics in matrix representations videos bi share kr dy

[@Eduphile]

Aap yaha se check kare
Quantum Mechanics | Hindi: ua-cam.com/play/PLyTVFDODClZi3-R9mqJUhLmKwZbliIEfH.html

[@shwetakashyap62]

Itna sars lec. Dekhkr finally yhs pr smjh aya thank you a lot sir

[@Eduphile]

Most Welcome 🤗

[@mahendersingh_2004]

Explained it in easiest way ☺️😃☺️😃☺️☺️😃😃😃☺️☺️☺️☺️

[@harshalpawar4644]

Sir kya aap bsc cs 3rd year (madhyaprdesh davv university ) ek common important question ka video bana sakte hain

[@Eduphile]

Aap bataiye, if possible, I shall try

[@sshuzain..1145]

Sir in the last equation not m2 only m ??hoga

[@KavitaSharma-tu3rb]

Absolutely easy & convenient way👍🏻

[@Eduphile]

Thanks. Keep Growing

[@yaseenjanalchemist8026]

Kaha p

[@shinchan4656]

2:36
Sir wave equation kaise nikli (psi)
Pls tell 😢

[@Eduphile]

Class 11th ma Physics ma ye wave equation h

[@shinchan4656]

@@Eduphile mai bhi class 11 mai hu
But mujhe ye samajh nhi aaya
Ki waha psi=Asin2pi x/lamda
Kaise aaya😓

[@shinchan4656]

@Sujit Shandilya ab samajh aa gaya 😁😁😁😁
Wave chapter padh ke😄😄😄😄😄

[@studyhard9332]

Aapne starting m hamilton operator use kiya uska use to use aaya hi nhi derivation m ...sirf equation 2 se solve ho gyi derivation..reply kre

[@Eduphile]

Kyu nhi hua total energy Jo h Woh aapke Hamiltonian ko hi represent karta h. Thanks

[@neelbhatt7337]

Sir final answer mai *m^2* ki jaga *m* ayega kyuki pichhe vale step ke andar apane *m* ko dinominator mai rakha hai
Please aap 6:02 se dekhiye sir

[@Eduphile]

You are right . Aap Sahi Kar le

[@kittukumari8759]

Sir "Schrodinger picture" or "equations of motion of Schrodinger picture " same h ya different?

[@chinmayeenayak9044]

Sir please gaussian wave packet for a free particle in one dimension bhi samjha dijiye please

[@chinmayeenayak9044]

Sir thank you so much again because aapke bajese me 5th semester me 75% aaya he 🙏 thank you so much sir

[@Eduphile]

Very Good. Most Welcome. Keep Growing

[@chinmayeenayak9044]

Thank you sir

[@ari_akash_98]

Thank you SIR apki teche lajawab hai 😊😊

[@Eduphile]

Most Welcome 🤗

[@Nvn01]

Thank you so much sir from the core of the heart 💟 you are doing great for all students 💟 way of explanation is so easy and helpful. Thank you again

[@15min47]

Superb sir & thank you so much 👍😊

[@Eduphile]

Most Welcome. Keep Growing

[@smritiraj5304]

Thank you so much sir...my love for your teaching 💖

[@Eduphile]

Most Welcome 🤗 👍✌️

[@mayurthosare4593]

sir plz make video on step potential and harmonic oscillator for 1 dimension

[@SAIRAM99927]

Woww...what a great explaination...👍👍👍👍 thank you so much...

[@deulankhui]

Thanks I am bsc 1st sem no college confused in book so your video help me lot keep going sir and make more video on bsc chemistry topic

[@Eduphile]

Most Welcome. Keep Growing

[@yaseenjanalchemist8026]

Sir there is another equation also in which ih/2m such type item used plzzzz what about them

[@Eduphile]

Kindly Check Quantum Mechanics Playlist or Schrödinger time dependent video

[@shivasheesh1383]

Bht Aasani se samjhaya..thank you

[@Eduphile]

Most Welcome. Keep Growing

[@krantinaik3058]

It's very very helpful for me sir 🥰🙏

[@varshasketchart2919]

Sir, analogue electronics and digital electronics ke kuch important topics ka video bhi dal dijiye

[@Eduphile]

Ek video h aap check kare
ua-cam.com/video/5PfC9isalW8/v-deo.html

[@studywithsk7681]

Sir Kya yae class 11th kae liye bhi hain

[@Eduphile]

Ji Haan

[@studywithsk7681]

@@Eduphile thank you for your reply

[@kristena343walls]

Amazing explanation sir thank you so much.

[@Eduphile]

You are most welcome

[@Devanshdhyani07]

Well explained sir 👍 Tnq sir ji 🙏

[@Eduphile]

Most welcome 🤗

[@sunil7137]

Your way of derivation looks so simple.Nice

[@Eduphile]

Thanks. Keep Growing

[@gurmeetkaur9218]

Just fabulous description sir ........ Thnku for easy explanation sir 🙏🙏🙏

[@roshniprajapati7134]

Easy to understand tq tq so much for this vdo 😊

[@Eduphile]

Most Welcome. Keep Growing

[@nirmankhan2134]

2:31 nehi samjha kiu x axis me wave function wo hoga?

[@Eduphile]

X axis k direction k taraf wave propagate karega

[@nirmankhan2134]

Propagate keya hota??

[@Eduphile]

Travel

[@nirmankhan2134]

Asin2πx/lambda kahase aya

[@Eduphile]

Bhai Instagram pe aao waha pe detail ma batata ho
Username eduphile_

[@ShubhamGangwane]

Ye time independent hai sir ??

[@procrastinator9608]

Best video on this topic!!!!❤

[@Eduphile]

Thanks. Keep Growing

[@ajaynishad451]

Thank you so much sir for clearing our concepts in physics keep doing this
Sir one question
Solution of Schrodinger's equation for a particle enclosed in a one dimensional box please make video on this

[@Eduphile]

Most Welcome. Keep Growing

[@AnujYadav-2011]

@@Eduphile sir solution nhi diya schrodinger's equation for a particle closed in one dimensional

[@Eduphile]

@@AnujYadav-2011 Available h search Schrödinger Equation for particle by Eduphile

[@AnujYadav-2011]

@@Eduphile okay sir very thankful to you

[@Cant_code_7527]

Sir you explained so well 🙏

[@Eduphile]

Thanks and welcome

[@biswajitghosh8460]

Sir ,upka video excellent 👍

[@krishnamehara4727]

m² aur niche me m h usko cut krna bhul gye sir

[@JAYBHARAT-tm9vj]

Sir your explanation is so good
But your last stape is wrong
You write m square but actually there is m

[@PushpaTheRule.]

Is this a time independent Schrodinger wave ??

[@Eduphile]

Yes

[@PushpaTheRule.]

@@Eduphile Really Appreciate Your Hardwork Bro 👏🥰
Thanks U So Much
Your Video's Help Me So Much

[@Eduphile]

Most Welcome. Keep Growing 🤗

[@aneelanasir871]

V good sir lot of appreciation for you from Pakistan

[@Eduphile]

Thanks. Keep Growing 🤗

[@Roshnibugana]

best explanation , keep it up 💤

[@abhinavdixit2956]

Sir, mera naam abhinav dixit aur main jhansi (U.P) main bundelkhand university jhansi se B. Sc. Final kar raha hun... so plz kam samay main kuch most important questions bata do jo meri university se relative ho
.

[@Eduphile]

Most Welcome. Aap Instagram pe contact kare.

[@ashishkumarsingh2252]

Sir engineering physics ki playlist bna lijiye

[@008_mukeshgupta2]

Sir aap bade acche se padhate hi
Sir aap btech chemistry ki video banaye sir please

[@Eduphile]

Thanks. Keep Growing

[@narutokun6755]

Last me "M" square nhi ayega hehehe only "M" ayega 😉😉 mene starting ki equation say match kiya !! But it's ok apne Jan booj k kiya hoga taki hame samaj aya ya nhi aya vo pata chal sake ❤️❤️thnx sir

[@Eduphile]

Most welcome

[@ManishYadav-ry4il]

what a point to point explanation , thank you sir for this video

[@AuxiliaryReviews]

Thank you very much man!

[@Eduphile]

Most Welcome. Keep Growing

[@eknoorsingh6015]

Sir it is very very easy if you teach us

[@Eduphile]

Thanks. Keep Growing

[@krishnarana2016]

Ty sir ji apne saral language me smjhaya♥️

[@Eduphile]

Most Welcome. Keep Growing

[@shyampoudel31]

Sir aap time independent aur time dependent ki difference bata sakte hai ??

[@Eduphile]

Jisme Hamiltonian time dependent ho Uske liye time dependent hoga aur jisme Hamiltonian time independent ho usme time independent hoga
Aap dono videos check Kar sakte h
Quantum Mechanics | Hindi: ua-cam.com/play/PLyTVFDODClZi3-R9mqJUhLmKwZbliIEfH.html

[@shyampoudel31]

@@Eduphile application bata sakte hai dono ka ??

[@Eduphile]

Applications janana chahte h toh aap humare new eduphile higher physics ki video check kare,
Short ma Mai aapko batata ho Jaise maan lijiye Kisi system Ka E, V Diya h aapse wave function poocha jae
Ya wave function Diya ho E Diya aur V poocha jae

[@soulfreak001]

Thnkeww sir you saved my day

[@sk_1504]

Very UseFul - Thanks a lot sir

[@Eduphile]

Most Welcome. Keep Growing

[@sandipmahato5691]

Schrodinger inequality par ekk video banawaaaa

[@Eduphile]

I shall try

[@sandipmahato5691]

Thank you sir

[@bharatpawar2466]

Sir how it's possible kE is equal to 1/2 m / mue square

[@anjalirajput763]

Sir aapne last Mai m sqaure ko m se cancel nahi kiya.....vaise NYC explained.

[@Eduphile]

Thanks. Keep Growing

[@mascitec6024]

even schrodinger couldn't prove it and you set off to prove it.

[@ayshafariatwinkle8717]

Excellent. Its so easy.

[@Eduphile]

Thanks. Keep Growing

[@kounsuraj]

Bahut achha samjhya aaap ne thank you i am in B,Sc 3rd

[@harshitaaneejwal8437]

sir you are very good teaher but please improve the video quality or pleaseee please try to stable camera ecause it is very irritatig to watch video with unsable camera i hate this

[@Eduphile]

Thanks for your feedback, ye old video h jo new videos h usme ye problem nhi h

[@abhinandanjain2399]

Thank you so much sir for this amazing video

[@Eduphile]

Most welcome 🤗

[@ankitchaturvedi6614]

bahut hi ache se samjhya sir tq

[@Eduphile]

Most Welcome. Keep Growing

[@rebel2514]

Schrodinger time dependent & independent ka bhi video dal do sir

[@Eduphile]

I shall try

[@deepshikhakumari3221]

sir .. part2ke topic pe notes banaye na

[@Eduphile]

Part 2 kis cheez Ka bataye

[@sageof7paths366]

Can u pls about x axis value of psi function where does it came from

[@targetpoint644]

Nice bro its very simple

[@Eduphile]

Thanks. Keep Growing

[@gurukagyan75]

Thanku so much sir 🤩

[@shivajitripathy6719]

Significant psi or psi sqare kaise kare sir

[@Anu-ox3ot]

Thankuu sir...very good explanation

[@avinashsharma4850]

Thank you sir best explaination

[@Eduphile]

Most Welcome. Keep Growing

[@chandrakantaojha1171]

Sir ape Bsc ka 1st,2nd,3rd years ka all chapter upload kijie plz plz plz

[@Eduphile]

Ji jaroor. Aap syllabus bhi bhej sakte h Instagram pe
Username. eduphile_

[@Eduphile]

Ji jaroor. Aap syllabus bhi bhej sakte h Instagram pe
Username. eduphile_

[@chandrakantaojha1171]

Sir mera to instagrams nehi he sir Bsc ka 3rd semester ka thermal physics book ka he

[@chandrakantaojha1171]

@@Eduphile sir physics honours ka banae plz

[@chemistrywala1276]

Kya sir aap online nahi badhate hai

[@Eduphile]

Humare area Ka internet speed bahut slow h

[@thedarkknight984]

Please make me understand the last step of this derivation

[@thedarkknight984]

Means Sir how is dPsi/dx2 is getting broken to dPsi/dy2+dPsi/dz2

[@Eduphile]

For 3 dimensions , we can write it like that

[@kattasahith326]

Sir does it is applicable for jntu

[@Eduphile]

Yes

[@shajaitshuja9822]

Thanks sir for such a nice vedio
May Allaha bless you

[@Eduphile]

Most Welcome. Keep Growing

[@Alwayshelpothers12]

Bahut achha explanation hai

[@Eduphile]

Thanks.Keep Growing

[@astisanakumari5879]

Very nice 👌👌 video

[@Eduphile]

Thanks. Keep Growing

[@aartikaswan1827]

Sir wave ki x coordinate ki equations

[@IshvaGondaliya]

Thank you sir asani se samjane ke liye