Schrodinger Wave Equation in Hindi

Schrodinger wave Equation in hindi with derivation
Schrodinger wave Equation derivation in hindi
Schrodinger wave equation in hindi - Bsc , Class -11
Schrodinger wave Equation -Bsc
Schrodinger wave Equation- Quantum Mechanics in Hindi
Schrodinger wave Equation- Quantum Mechanics
#schrodingerwaveequation #schrodinger #quantummechanics #bsc #wavefunction #physics #chemistry

[@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

[@yaseenjanalchemist8026]

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

[@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

[@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

[@pushpendrapatel3771]

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

[@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 ?

[@ManishYadav-ry4il]

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

[@QuranAndSunnat26]

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

[@ffmontage4403]

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

[@gurmeetkaur9218]

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

[@santoshjalawadi6565]

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

[@Eduphile]

Most Welcome. Keep Growing

[@lehargudiya5037]

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

[@Eduphile]

Thanks. Keep Growing

[@debamkayal9026]

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

[@Eduphile]

Thanks. Keep Growing

[@chaitalibiswas2619]

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

[@Eduphile]

Thanks. Keep Growing

[@SAIRAM99927]

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

[@shubhj2656]

Sir from where we can download your notes

[@sakshitoor9610]

Thnku sir.. it helps alot to me 😊😊🙏

[@Eduphile]

Most Welcome. Keep Growing

[@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 🤗

[@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

[@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😄👍

[@roshniprajapati7134]

Easy to understand tq tq so much for this vdo 😊

[@Eduphile]

Most Welcome. Keep Growing

[@15min47]

Superb sir & thank you so much 👍😊

[@Eduphile]

Most Welcome. Keep Growing

[@devwhoisstuck]

Thnkeww sir you saved my day

[@mayurthosare4593]

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

[@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
ruclips.net/video/QdQE-F2A0T4/видео.html

[@user-vv3id4rw5v]

Thank you sir asani se samjane ke liye

[@sk_1504]

Very UseFul - Thanks a lot sir

[@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 🤗

[@krantinaik3058]

It's very very helpful for me sir 🥰🙏

[@sshuzain..1145]

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

[@AuxiliaryReviews]

Thank you very much man!

[@Eduphile]

Most Welcome. Keep Growing

[@skfacts28-17]

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

[@Eduphile]

Most Welcome 🤗

[@ari_akash_98]

Thank you SIR apki teche lajawab hai 😊😊

[@Eduphile]

Most Welcome 🤗

[@chinmayeenayak9044]

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

[@KavitaSharma-tu3rb]

Absolutely easy & convenient way👍🏻

[@Eduphile]

Thanks. Keep Growing

[@yaseenjanalchemist8026]

Kaha p

[@Anu-ox3ot]

Thankuu sir...very good explanation

[@kristena343walls]

Amazing explanation sir thank you so much.

[@Eduphile]

You are most welcome

[@TheHope045]

Thank you so much sir 🙏🏻

[@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

[@ShubhamGangwane]

Ye time independent hai sir ??

[@smritiraj5304]

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

[@Eduphile]

Most Welcome 🤗 👍✌️

[@procrastinator9608]

Best video on this topic!!!!❤

[@Eduphile]

Thanks. Keep Growing

[@user-ov8bg9ri8f]

Well explained sir 👍 Tnq sir ji 🙏

[@Eduphile]

Most welcome 🤗

[@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]

👍👍

[@krishnarana2016]

Ty sir ji apne saral language me smjhaya♥️

[@Eduphile]

Most Welcome. Keep Growing

[@giyasdrock]

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

[@Eduphile]

Most Welcome. Thanks for your feedback

[@shivasheesh1383]

Bht Aasani se samjhaya..thank you

[@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

[@abhinandanjain2399]

Thank you so much sir for this amazing video

[@Eduphile]

Most welcome 🤗

[@Roshnibugana]

best explanation , keep it up 💤

[@bharatpawar2466]

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

[@gurukagyan75]

Thanku so much sir 🤩

[@kittukumari8759]

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

[@shajaitshuja9822]

Thanks sir for such a nice vedio
May Allaha bless you

[@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

[@Cant_code_7527]

Sir you explained so well 🙏

[@Eduphile]

Thanks and welcome

[@biswajitghosh8460]

Sir ,upka video excellent 👍

[@mahendersingh_2004]

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

[@Pritijana-vz1fg]

Thank you sir very helpful video

[@Eduphile]

Most Welcome. Keep Growing

[@marveleditzo8860]

Thank you so much sir

[@ancientaryanmogger]

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

[@Eduphile]

Most Welcome 🤗

[@kounsuraj]

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

[@eknoorsingh6015]

Sir it is very very easy if you teach us

[@Eduphile]

Thanks. Keep Growing

[@avinashsharma4850]

Thank you sir best explaination

[@Eduphile]

Most Welcome. Keep Growing

[@aneelanasir871]

V good sir lot of appreciation for you from Pakistan

[@Eduphile]

Thanks. Keep Growing 🤗

[@khushisahu3097]

Thank you sir

[@akanshagarg9576]

Many many thanks 🙌🙌

[@ayshafariatwinkle8717]

Excellent. Its so easy.

[@Eduphile]

Thanks. Keep Growing

[@targetpoint644]

Thank you bro

[@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

[@sunil7137]

Your way of derivation looks so simple.Nice

[@Eduphile]

Thanks. Keep Growing

[@sageof7paths366]

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

[@aliasghar4394]

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

[@Eduphile]

Aap yaha se check kare
Quantum Mechanics | Hindi: ruclips.net/p/PLyTVFDODClZi3-R9mqJUhLmKwZbliIEfH

[@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

[@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

[@akankshachoudhary2478]

Thnquhhh so much sir ❤️

[@Eduphile]

Most Welcome. Keep Growing

[@008_mukeshgupta2]

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

[@Eduphile]

Thanks. Keep Growing

[@shivajitripathy6719]

Significant psi or psi sqare kaise kare sir

[@nikitasharma3869]

Thank you g

[@youarewithb.kshukla1570]

Nice trick sir love you

[@Eduphile]

Thanks. Love you too

[@physics....]

Thank you

[@Eduphile]

Most Welcome. Keep Growing

[@CMPC]

Very well explained

[@Eduphile]

Thanks. Keep Growing

[@targetpoint644]

Nice bro its very simple

[@Eduphile]

Thanks. Keep Growing

[@varshasketchart2919]

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

[@Eduphile]

Ek video h aap check kare
ruclips.net/video/5PfC9isalW8/видео.html

[@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

[@surojitnath8189]

Best explanation 🎉

[@sayantikadas1207]

Very helpful video.

[@Eduphile]

Thanks. Keep Growing

[@chemistrybysaadanwar]

Great

[@Eduphile]

Thanks. Keep Growing

[@aayankhanaayankhan5553]

Thank u so much

[@Eduphile]

Most Welcome. Keep Growing

[@aartikaswan1827]

Sir wave ki x coordinate ki equations

[@saikrishgp8476]

Bahut achha explanation hai

[@Eduphile]

Thanks.Keep Growing

[@rebel2514]

Schrodinger time dependent & independent ka bhi video dal do sir

[@Eduphile]

I shall try

[@sambhupaswan8164]

Very helpful sir

[@Eduphile]

Thanks. Keep Growing

[@ashishkumarsingh2252]

Sir engineering physics ki playlist bna lijiye

[@muhammadnaseer5016]

Well done brother.

[@Eduphile]

Thanks. Keep Growing

[@siddhantpatel0075]

Nice explanation

[@studywithsk7681]

Sir Kya yae class 11th kae liye bhi hain

[@Eduphile]

Ji Haan

[@studywithsk7681]

@@Eduphile thank you for your reply

[@creatorprince78]

Thanks bhaiya

[@Eduphile]

Most Welcome. Keep Growing

[@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 🤗

[@serinabanu434]

thanks sir

[@Eduphile]

Most Welcome. Keep Growing