LEC-33 Potential well / Particle in a box

[@short_made]

There is a lack of teachers in india on college level like uh .... Rockstar of physics ❤️❤️❤️🙏🙏

[@SANJUPHYSICS]

Thanks dear for your appreciation

[@mohdahtishamkhan360]

The best part of his quantum lectures is that he explains it by relating it's congruent part in classical mechanics

[@motivationalvideos905]

Sir u are great.sir jitna explain ap krte hai itna explain utube pr koi ni krta.bht search ki sir pr ap jesa ni mila.sir God bless u soooooooooo much.

[@SANJUPHYSICS]

Thanks dear

[@fahdnuman4155]

Jazakallah! Sir you r teaching quantum physics - the very physics which many celebrity physicists were reluctant to accept, owing to its completion.But it seems as if you r teaching a+p+p+l+e=apple. I salute your real tr. like approach. May Almighty accept your generosity!

[@basitali623]

A lecture That Clears your Quantum Concepts 💓

[@SANJUPHYSICS]

Thanks dear

[@vinaysirfanclub2255]

Han yarrrr😍

[@balajivbiradar]

Rockstar of Physics keep uploading the videos.

[@SANJUPHYSICS]

Thanks brother Happy to receive text from you Regards Sanju Physics

[@shrishambanuni4924]

itna dept...wow....i cannot imagine that Quantum mechanics can be explicit this way ...he is really dextrous man.... thankyou so much sir...till now Quantum mechanics imposed on us but from now phenomena is change..

[@physicslecturesbynaveedanj7512]

kzbin.info/www/bejne/n4WxkHmEgt19bZY

[@dr.j.k.upadhyay3068]

Sir aap bahut achha teaching karte hain, bahut parishram bhi karte hain, aap ki yeh mehnat bhavishya me aur iss samay bahut hi upyogi hai kyu ki Q.M. sabse kathin topic hai, aap yeh nhi sochiye ki aap ki mehnat student ke hi kaam ki hai, bhagwan bhi aapki mehnat ka accha fal dega, aapke bachhe bahut unnati karenge, avam bhagwan aapko khush rakhe

[@SANJUPHYSICS]

Thanks Dr Sahab for your long and impressive comment Thanks for your moral support

[@AryanKhan-xw3oq]

Best lecture of particle in a box in youtube

[@SANJUPHYSICS]

Thanks dear

[@vinaysirfanclub2255]

You just provide the real feel of Physics Aur baki teachers to exam ki point of view se paddhate hain

[@SANJUPHYSICS]

Thanks dear for your appreciation and such a nice comment

[@examtech]

Sir aap bahut hi ache se concept ko clear kar dete ho.

[@SANJUPHYSICS]

Thanks dear for your appreciation, comment and support to the channel. Sorry dear for replying after a long time gap.

[@winger_om]

12:44 - because E=1/2mv2=m2v2/2m=p2/2m Also, P=ħk implies E=ħ2k2/2m which in turn implies k2=2mE/ħ2

[@joyrc01]

Bhai sab clear hogaya pura Thanks a lot to Sir and whoever uploaded the video..... hamara college pe subject teacher ko koi inka video dikhao...............

[@SANJUPHYSICS]

Thanks dear for your appreciation and comment

[@PURE488]

Best video on infinte potential well . 🙏🙏🙏🙏🙏♥️♥️

[@SANJUPHYSICS]

Thanks dear for your appreciation

[@aachalkushwah6823]

Sir aap mahan h .... Great sir👍..Kya physics padai... Laga hi nhi ki English me pada.. Hindi medium ki hokr bhi samjh aa gya... Tq so much sir🙏😊

[@SANJUPHYSICS]

Thanks dear for your appreciation

[@rajasingh9898]

Kyaa padhaya hin..Sir.awesome...... Thanks sir...God bless you

[@SANJUPHYSICS]

Welcome dear

[@bhagat.official.singh6226]

Sir aap Pura concept clear Karte h Aap ke jitna koi explain nhi karta

[@SANJUPHYSICS]

Thanks dear

[@inderpreetkaur9046]

You are the best sir, sir aapke concepts clarify karne ka tarika really appreciable ..

[@SANJUPHYSICS]

Thanks dear for your appreciation

[@gauravsaraf123]

Sir where is lecture number 32.. please upload it sir..

[@shohebakhtar8078]

Your lectures attractive me towards physics

[@SANJUPHYSICS]

Thanks dear

[@majhikisku2215]

Great sir hero of physics

[@SANJUPHYSICS]

Thanks dear for your appreciation I am not Hero I am just a student of PHYSICS

[@tech_Animus]

Nice explained 👍❤️

[@SANJUPHYSICS]

Thanks dear

[@mazharnaseer2935]

Sir you are amazing and your teaching method is wonderfull

[@adityapanda5664]

Sir this is very important process to understand better

[@adnanaligillani7639]

Her line mn physics hai❤

[@betternationteam7433]

nice teaching style

[@SANJUPHYSICS]

Thanks dear

[@kumarabanish6645]

Please sir make a video on Zeeman and strak effect.you are excellent on quantum physics..

[@SANJUPHYSICS]

Thanks dear for your appreciation We will proceed in these topics very soon

[@kumarabanish6645]

Thank you sir

[@pranalisuryawanshi491]

Can we will be able to find electron between the two limits within the well?Even if the limits are not given?

[@SANJUPHYSICS]

Dear I couldn’t understand your query Please explain it clearly My what’s app number is 9729446786

[@physicslecturesbynaveedanj7512]

kzbin.info/www/bejne/n4WxkHmEgt19bZY

[@AbhaySharma-ci8qu]

Amazing sir you are the best

[@SANJUPHYSICS]

Thanks dear

[@randomshorts1729]

East or west Sanju sir is best

[@SANJUPHYSICS]

Thanks dear for your appreciation , comment and support to the channel. Sorry dear for replying after a long time gap. I was busy with college work.

[@Amandeep-xj8in]

Sir si is a complex function with no any physical significance then how si=Asinkx +...

[@sarveshkumar9502]

Nice 👍👌

[@SANJUPHYSICS]

Thanks dear

[@shivamgarg1457]

sir when we take a box (metal) of size (volume) 1cm cube, do all the electrons in that box have different energy? (no. of electrons in that box is approximately 10^22)

[@dr.j.k.upadhyay3068]

All electrons move in different orbitals , definitely energy is according to principal q. No

[@dr.j.k.upadhyay3068]

For particle in box, energy will be different if psi is different for different els

[@bishnukumarsikdar2297]

sir this lecture becomes very helpful for me.thank you very much.I am also requesting you for a lecture on zeeman effect and stark effect

[@SANJUPHYSICS]

Okay dear

[@shashanksahu2326]

Sir, aslo make vedio on free particle.

[@binalpatel1860]

If limits are -L/2 to L/2 then n=1 and n=2 partical in one diamentional box. How to find eigen function and values?

[@ProfessorMdoesScience]

I recently did a video with the limits for the box that you want: kzbin.info/www/bejne/ppO9f2uGmZ2el8U

[@BeautifulNature623]

Sacchi sir ap rockstar ho physics ke

[@SANJUPHYSICS]

Thanks dear

[@WhatIfTale]

Sir you are the best ever I seen

[@SANJUPHYSICS]

Thanks dear Pankaj

[@WhatIfTale]

@@SANJUPHYSICS not pankaj,, Is Prakash

[@SANJUPHYSICS]

So sorry dear Parkash

[@WhatIfTale]

@@SANJUPHYSICS it's prakash not pankaj

[@WhatIfTale]

@@SANJUPHYSICS where do live sir??

[@ZiconVlogs]

sir ek request tha plzz mana mat kijiye...har ek topic ke sath including ek ek numericals bhi solve kara dijiye ..bohot help hoga phiir

[@ajaygvalvi5303]

the ground state energy of spin 1/2 particle in one dimensional infinite square well is 1ev. if four such identical particles are kept in this well then the ground state energy will be ??please provide solution?

[@MohitSharma-zi2xi]

You are best

[@SANJUPHYSICS]

Thanks dear Mohit

[@binalpatel1860]

For the first two states ,n =1 and n=2 for a partical in one diamentional box of length of L find the values of eigen functions at several values of X between -L/2 and +L/2 . Draw the corresponding plots and indicate the symmetry of wave functions .. Plese sir solve this question. Sir please please please. 😒😒😒😒😒😒

[@binalpatel1860]

Plese send this solution sir

[@ManishKumar-gw4qw]

sir in this system Energy of particle is varying place to place or something else , what this different quantised energy shows

[@Quantumme01]

Sir psi(x) to eigenfuntion h na ...... probability to | psi |² hoti h na....pls clear my doubt sir

[@baishalinaik6901]

sir plz finite square well potential and infanite square well potential uplode kijiye...

[@SANJUPHYSICS]

Thanks for watching the video This video is also for infinite square well potential

[@baishalinaik6901]

sir finite square well potential upload kijiye

[@randhirmarwaha]

Very clearly explained

[@0oooo041]

sir at 17:38 apne differential equation ke solution me imaginary part consider nahi kiya hai jabki potential step ke lecture me imaginary part bhi consider kiya tha aisa kyon

[@nshirdade]

In that lecture @ kzbin.info/www/bejne/l4ayXnl-mbmhrJo, you are considering x

[@kunalkumar4436]

Is infinite square well potential and One dimensional Square well potential are the same topics

[@SANJUPHYSICS]

Yes dear

[@imamsharif6320]

Sir, why is the video incomplete ?

[@panezai7736]

Assalamualaikum sir can you give a lecture on ..parical in a ring ..... Plz 🙏 sir

[@SANJUPHYSICS]

I will try dear

[@sureshmostra4907]

Superb sir 😍

[@SANJUPHYSICS]

Thanks dear

[@kirandeepkaur1814]

sir aapne ek jagah mention kra equality sign use kr k ki potential x=0 or =a pr 0 hoga aur us k niche e mention kra k infinite hoga pls clear it out sir agar boundary pr potential 0 hai force kese hai

[@SANJUPHYSICS]

Okay dear I will watch the video and try to resolve your query

[@alpha_oo1]

Thanks 😊😘😘

[@SANJUPHYSICS]

Welcome dear

[@muskankathuria6353]

Why potential is zero in centre and infinite outside boundary

[@SANJUPHYSICS]

Dear it's definition of our potential well

[@zamafaisal3936]

Which one is important

[@narayanpandey9047]

Applications of Schrodingers pr video banaye aur vide quality theek kriye aur thanks

[@SANJUPHYSICS]

Thanks dear

[@kunwarabhaypratapsingh3572]

Sir which collg u teach??

[@kunwarabhaypratapsingh3572]

Plg tell me

[@SANJUPHYSICS]

In a government college of Haryana

[@arkabhattacharjee3386]

Sir, you told that in time independent equation we should take eigen function but here you worked with wave function, Why?

[@raviraturi6034]

Wave function Chi(x,t)=chi(x)*phi(t). Where phi(t)= exp(-i*omega*t). Pls refer Griffith quantum mechanics chapter 2.

[@zamafaisal3936]

Are both similar sir

[@SANJUPHYSICS]

Both are same

[@zamafaisal3936]

But sir i have seen in the book for finite box there is given different condition

[@tiyyaguraanilkumarreddy5955]

Superrrrrrr

[@SANJUPHYSICS]

Thanks dear

[@ritwikadhikari3440]

Sir can I get 32 no video?? Sir plz uploaded it........it will be very helpful for me

[@ayush_kandari25]

Sir At 8:35 why we use "schrodinger's Time independent" equation why not "Schrodinger's time dependent equation"? Please someone answer me🙏🙏🙏🙏

[@kuntalchakraborty6423]

Potential is time independent here

[@ayush_kandari25]

@@kuntalchakraborty6423 Ohh. okay thanku brother

[@mahimahato9890]

Sir please provide bound state concept

[@SANJUPHYSICS]

Sorry dear not possible this time

[@lizzie949]

sir please make a video on finite square well potential in 3D ..... :(

[@deepikajain4195]

Thnku so much sir

[@gurneetkaur2219]

Sir ,Lecture 32???

[@AstroRoxy]

Thanks sir

[@SANJUPHYSICS]

Welcome dear

[@Utsav_mcvk]

Lec 32?

[@jagadishdutta5120]

Sir lec 32 ka link

[@barkathussain8344]

whr is lecture 32?

[@amirscienceacademy7723]

Why potential energy is zero inside the well

[@bilalahmad6248]

Bcoz force is zero but actually v inside well is constant and here we take a special case of zero potential

[@zamafaisal3936]

Sir finite box wala upload kre sir thank you

[@SANJUPHYSICS]

Particle in a box video dekhiye

[@zamafaisal3936]

I have already seen sir

[@dhruvgupta2761]

Sir potential step ka 3rd lecture daldo please

[@zamafaisal3936]

Sir please s.h.m in quantum mechanics upload kre sir

[@SANJUPHYSICS]

Sorry Zama Ji you have to wait for one week

[@saqibkhan794]

Sir ye board py likaye achi tara nhi dikiye dity so plz sir request karta ho apsy k likaye achi tara kary tak hum understand kar sak plz sir don't mind

[@SANJUPHYSICS]

Ok dear I will try to improve

[@motivationalvideos905]

Sir me plzzzzzzzzzzzzzz classical mechanic ka ch central force wala start kr de numericals ke sath plzzzz

[@SANJUPHYSICS]

Sorry dear not this time

[@peeyushverma8509]

How si(0) and si(x)=0

[@SANJUPHYSICS]

Boundary conditions

[@fahdnuman4155]

Sorry, COMPLEXITY, not COMPLETION.

[@nanditasudhatiwari1332]

i hardly say this but you really tEach wEll. You arE from which city or statE

[@SANJUPHYSICS]

Thanks Mam for your appreciation I am from Haryana

[@mukulgamingdakhora]

Sir is from Guriyani (rewari

[@sabirtypist14]

Sir g app apni dp lagao channel ar

[@journey844]

assumption le lia pta bhi ni lga ....hahaha

[@alongimchen8127]

1

[@saqibkhan794]

Sir ye board py likaye achi tara nhi dikiye dity so plz sir request karta ho apsy k likaye achi tara kary tak hum understand kar sak plz sir don't mind