particle in a box (quantum mechanics)

particle in a box
particle in a box quantum mechanics
particle in one dimensional box
particle in one dimension box
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Quantum Mechanics | Hindi: • Quantum Mechanics
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#particleinabox #1dbox #quantummechanics #derivation #bscphysics #eduphile #iitjamphysics #mscphysics

[@shobhitsharma6532]

I think no one can beat your level sir How you teach is a very simple and understanding way thanks sir ☺️

[@vanichadubula3693]

Thank you so much sir. It was really a great explanation.such a difficult derivation but u made it so easy....

[@DangeTarun]

Legends watching few minutes to start exam 😂

[@shettysgamer3284]

Legend posted in 2021 legends watching in 2024😂

[@anshulsharma4611]

Bhai sem h 😂😢

[@shettysgamer3284]

@@anshulsharma4611 sem he ya phir internals ???

[@anshulsharma4611]

@@shettysgamer3284 sorry internals 🙏🙂🙂

[@shettysgamer3284]

@@anshulsharma4611 kahase aur kis collage se ho thum

[@anshulsharma4611]

@@shettysgamer3284 tier 3, college i m from patna

[@TushargumberD]

Thanku so much you are such a legend amazing I understood full derivation ❤

[@Eduphile]

Most welcome 😊

[@Aminul_Islam475]

getting every necessary topics in your channel,God bless you brother❤️

[@komalmahawar6610]

Thank you sir 😇 Very helpful lecture...

[@_B_Yashika]

thank you sir bahot zyada acche se smjh aaya concept u are great

[@sumanpreetkaur8695]

Very easy methods for understand Thank you so much sir

[@sharadchandra2620]

Good lecturer explained in simple way.

[@LA01JOURNEY]

Thanku sir good explanation everyone understand this topic hope good teaching experience love from ladakh 🇮🇳

[@Eduphile]

Thanks ❤️😊

[@ankitsinghtomar7459]

You made it so easy to understand sir!! Thanks a lot!

[@Eduphile]

Most welcome! 🤗

[@26-nitishkumar26]

Sir, I am your fan. You make very difficult concepts so simple. Hats off to you.

[@praweshmehta8192]

Thank you sir for everything, you are amazing sir

[@JOKER-wv4oy]

Sir, Maza aagya thank you very much!! clg ke bharose rehte toh pass bhi nahi hote, ab toh bahut ache aajayenge!

[@Eduphile]

Thanks ☺️

[@harsh.B0SS]

Sir particle in a 3d box k video kb ayga?

[@rahmath_khasim]

Nicely explained .. thanks 👍

[@ArunKumar-xm1wk]

sir please orthogonality of wave functions iss case me bta dijiye aur uska bhi graph

[@Eduphile]

I shall try

[@iramkhankhan6672]

Love from pakistan ..bht acha smjaya ap ny .. Thank you sir

[@chhayanirmalkar8226]

Thank you so much sir 🙏 great explanation 👍

[@vishalthakwani9398]

thank you sir very helpful

[@Eduphile]

Most welcome

[@BreadButter-zs3dz]

Very good explanation... There's one error though...2nd excited graph is wrong

[@Eduphile]

Thanks ☺️

[@sauravsaroop7836]

Thank you Sir so so much 😊😊😊😊😊😊😊😊😊😊😊

[@Eduphile]

Most welcome 🤗

[@abdulrehmanrandhawa4915]

dear sir i have a question is it possible if we put n

[@Eduphile]

No , n represents states and states toh well defined hone chahiye

[@fit_tubes_365]

Thankyou for Lecture

[@jahangir3312]

Sir sb sahi h apki but as a request ki ap 1 hi page me mtlb line se batate chalo ib ap paper change krte toh toh dikkat jati h 😅

[@Bonebuddy]

Thanks for nice explanation 😊

[@TECHZPAUL]

Legends watching 1 day before exam 💀

[@Eduphile]

All the best

[@amitkesh24]

Great sir😀🤗....now all concepts are clear💥💥

[@rekhayadav3570]

Rigid Rotator ka bhi video bnai sir 6 February ko Exam hai please sir

[@Eduphile]

I shall try

[@priyadeveriyal3349]

Thanku sir❤❤

[@Eduphile]

Most Welcome 🤗

[@fakeid8265]

Sir but shrodinger wave eq. Mai toh 8π^2 aata hai

[@MAD2ON_Talkroaster]

Haa woi toh 8π² aata hai but sir ne toh bus 2 lagaya hai !

[@SHAHINKHAN-xf6ne]

Very helpful sir thank u

[@easternchamp7620]

great explanation

[@Eduphile]

Thanks ☺️

[@m.a497]

Thank you so much sir

[@madhurikumari7282]

Sir aap bahut achhe tarike se pdhate hai

[@Eduphile]

Thanks. Keep Growing

[@Annada._.Sarangi]

Legend fr 🙌

[@Eduphile]

Thanks ❤️😊

[@Baburao-ganpatraovapte]

Sir how to solve when l = infinite

[@SHREYANKSHRENIKSHAH]

very nice you teach sir. thank you.

[@Eduphile]

Most welcome

[@SHREYANKSHRENIKSHAH]

@@Eduphile but sir please will you make a video on - particle in 2-D and 3-D.

[@pinkykushwah4173]

Sr, apke hand written notes, jishme pure basics se samjhaya gya h, esa mil skt he kya

[@sciencefiction6495]

BUT SIR THE GENERAL SOLUTION OF THE DIFFERENTIAL EQUATION IS ASinkx+ Bcoskx hoga na app ne to Acoskx+Bsinkx likha hai ??? aur books me bhi Asinkx+bcoskx lekr hi solve kia gya please clear this doubt reply as soon as possible\

[@Eduphile]

Aap likh sakte h dono ma se koi bhi kyunki A aur B constants h

[@NKSingh2]

sir explanation bhaut accha tha bus camera thoda sa wide rakhiye

[@Eduphile]

Ok sure

[@KhushbooSahu-cx9ce]

Tq uncle

[@Eduphile]

All the best

[@ranaabhilipsa9169]

Sir plz particle in a rectangular 3D box par video banaye

[@samamin7881]

thank you sir , you are the best sir

[@Eduphile]

Most Welcome 🤗

[@tushardubey4838]

Thanks

[@Eduphile]

Most Welcome. Keep Growing

[@dj_s_98]

Thank you sir

[@manishpal9881]

Thanks 👍

[@deepnath4807]

Very good explained sir 😊 love from Assam

[@soumyagupta7174]

Very nice explanation sir

[@Eduphile]

Thanks 😊

[@madhurikumari7282]

Sir x= 0 and x= L to equation 1st mai put kijiye ga na

[@Eduphile]

No, eqn 1 humara schrodinger equation h , hum log integral Ka limit rakhenge 0 to L

[@madhurikumari7282]

Sir net jrf ke preparation ke liye video bnaye

[@Eduphile]

Aap humare channel ko visit kariye Eduphile Higher Physics waha pe net physics ki videos banaye jaate h

[@MuhammadUmer-ii2yx]

Sir what we do if boundary are -a/2 to a/2

[@Eduphile]

Uske liye bhi solve ho jaega

[@madhurikumari7282]

Sir aap equation first mai x= L and psi = 0 ku nhi put kiye

[@mudasirhussain2873]

really amazing....sir

[@Avi-hr4pn]

Sir what is excited state in this ?

[@Eduphile]

Ground state se above level k excited states hote h

[@rabinashrestha4352]

thank you

[@bhoomisharma7228]

Thanku sir

[@jashanpanesar0911]

Sir yeh B.S.c and M.s.c dono ke liye hai..?

[@Eduphile]

Ji haan

[@shubhambhanot5547]

Thanks sir it become more ez with help of u

[@Eduphile]

Most Welcome. Keep Growing

[@AwaisKhan-qn5cv]

Sir plx explain nucelon..nucelon scattering .

[@Eduphile]

I shall try

[@anmolgarg2308]

Best ❤

[@balkeshsharma6741]

Brother solid state physics ke MSc ke video dalo

[@Eduphile]

Kuch videos available h dost Solid State Physics: kzbin.info/aero/PLyTVFDODClZinQk5tgU-XyCP1wZz-Yrdc

[@anuragdubey5619]

In the schrodinger equation the h is different from the h you used in this derivation

[@Eduphile]

One is h Planck constant and another one is h cut , reduced Planck constant

[@sofiqulislam4427]

Thanks for explain

[@Eduphile]

Most Welcome. Keep Growing

[@allrounders1296]

Sir.....potential out side the box infinite kyu hota h plese bataiye na ...

[@Eduphile]

Particle k hisaab se potential decide hota h agar particle k energy BAHUT kam h compared to potential outside the box isliye hum outside potential maante h

[@anikmahmud4545]

love from BANGLADESH

[@rex007yt2]

💕 Good mOrnInG guru ji😄

[@Eduphile]

Good morning 🌻

[@ashokrajgautam6559]

Super explain

[@ashokrajgautam6559]

Sir

[@Eduphile]

Thanks. Keep Growing

[@ramghosale7117]

Vidio ko 75× speed se dekhna sab samjh me aata hai ❤

[@archanakushwaha8096]

i need video of... WKB , variational method , fermi golden rule transition probability for absorption and induced emission electric dipole approximation selection rule forbidden transition transition probability for spontaneous emission Einstein A and B coefficient my exams are near .... 😖😖😖😖😖

[@Eduphile]

I shall try

[@archanakushwaha8096]

@@Eduphile please and thank you

[@ayeshaminhas6145]

Very good explanation 👍

[@Eduphile]

Thanks. Keep Growing

[@karan_6363]

I am watching this video on seating my examm hall beanch with my friends in loud jbl😂😂

[@avadeshpathak]

Aaj exam hai Aaj dekh raha hu 💀

[@Eduphile]

All the best

[@raj_1620]

Same here

[@astronaut.0016]

Thank bro ..

[@Eduphile]

Most Welcome. Keep Growing

[@ravishankarankit5758]

00:01 Understanding Particle in a Box in Quantum Mechanics 01:41 Explanation of quantum mechanics methods 03:15 Discussing various conditions and sizes related to the topic 04:46 Finding solutions using an unknown value K in quantum mechanics 06:27 Calculating the energy and normalization factor in quantum mechanics. 08:30 Explanation of quantum mechanics principles 10:11 Analysis of particle behavior in a confined space 12:36 Discussion on quantum states and excited states in particle in a box system Crafted by Merlin AI.

[@Eduphile]

Great 👍

[@funfactff3167]

Awesome #funfactff

[@Eduphile]

Thanks. Keep Growing

[@emanasger8902]

Spectacular sir

[@positivethinking9096]

Sir please please please please reply me it is for msc chemistry or not .

[@Eduphile]

For physics and chemistry both

[@kirtisingh7023]

Nice explain sir👌👌

[@MuhammadYousaf-mo3ow]

Sir ji momentum representation of Schrodinger equation in one dimension kia ho gi? Also eigen function of this equation???

[@Eduphile]

Solve toh kiya h dost aur Jo psi h wahi Eigen Function h

[@MuhammadYousaf-mo3ow]

@@Eduphile okay Sir ji thank you so much

[@zeroosonu07]

Sir this is 1st year btech chemistry. Please replayed me Sir❤

[@Eduphile]

Yes, it is

[@zeroosonu07]

​@@Eduphilethanks for❤ reply to me

[@pritymanak7408]

Nice explain

[@Eduphile]

Thanks. Keep Growing

[@princesssana3264]

After 1 hour is my exam and I watch this video 🥺

[@Eduphile]

All the best

[@vaishnaveesingh2261]

Is this also called box normalization??

[@shivampatial7260]

Sir iska notes mil sakta ha?

[@workandcareeronly8427]

Best

[@kutubuddinkhan55]

Thanks sir❤

[@Eduphile]

Most welcome

[@Saurabh-482]

Subha ma exam hai or abhi video dakh raha hu😅😂

[@Eduphile]

All the best

[@sahilgod3564]

Amity se ho kya m bi

[@amaankagyaan3833]

Radhe Radhe 🙏

[@abhishek_kumar01]

Mera toh ajj 4 baje se exm hai 😂 nit jsr

[@Eduphile]

All the best

[@rayyan418]

Great

[@Jaydev16]

H cut kya h sir

[@Eduphile]

h cut ko reduced planck constant kaha jata h h cut =h/2pie

[@user-tv8dr4ez6c]

Super sir

[@cuteguy05]

Bro plz take full topics quantum mechanics and acaustics B.tech. BTW, great great explanation !!! keep it up I am relying on you

[@Eduphile]

Thanks. Keep Growing Quantum Mechanics | Hindi: kzbin.info/aero/PLyTVFDODClZi3-R9mqJUhLmKwZbliIEfH

[@vaybove]

potential well?

[@parmodgodara5784]

Urr teaching method is brilliant.. Plzzzz Sir make a vdo on simple harmonic oscillator by ..operator method plzzz Sir it's a request

[@Eduphile]

Thanks. I shall try

[@parmodgodara5784]

@@Eduphile thxu very much ND plz try as soon as possible, bcoz exams are helding in 3-4 days, I don't find a easy way of this topic

[@NITian_Shourya]

Jo end sem k liy padh raha hai like❤karo

[@Eduphile]

👍👍

[@whateverittakes5340]

Watching 2 hours before the exam ...lol 😂

[@Eduphile]

All the best

[@Phy__Ashish]

I'm watching 30 mins before exams 💀 .

[@Fitharsh]

Kal paper h chemistry ka 5th sem ka , abhi raat ke 11 bajj rhe h aur yeh bilkul samjh ni aara. Du sucks 😭 , Well pdna abhi shuru kra h yeh 3rd question h 😭😭 , aur mujhe rona aara h

[@Eduphile]

All the best

[@tokiramlibang8916]

Op🔥🔥🔥🔥