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.
Sir, may you live for as many years you want and keep helping students like this.... And after u you pass away almighty must get you a great reward 🎁 that you wished for.😊
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\
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 .... 😖😖😖😖😖
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
Legend posted in 2021 legends watching in 2024😂
Bhai sem h 😂😢
@@anshulsharma4611 sem he ya phir internals ???
@@shettysgamer3284 sorry internals 🙏🙂🙂
@@anshulsharma4611 kahase aur kis collage se ho thum
@@shettysgamer3284 tier 3, college i m from patna
I think no one can beat your level sir
How you teach is a very simple and understanding way thanks sir ☺️
Thank you so much sir. It was really a great explanation.such a difficult derivation but u made it so easy....
Legends watching few minutes to start exam 😂
getting every necessary topics in your channel,God bless you brother❤️
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.
Great 👍
Thanku so much you are such a legend amazing I understood full derivation ❤
Most welcome 😊
Thank you sir 😇
Very helpful lecture...
Sir, Maza aagya thank you very much!! clg ke bharose rehte toh pass bhi nahi hote, ab toh bahut ache aajayenge!
Thanks ☺️
Very easy methods for understand
Thank you so much sir
Sir,
I am your fan.
You make very difficult concepts so simple.
Hats off to you.
Sir, may you live for as many years you want and keep helping students like this.... And after u you pass away almighty must get you a great reward 🎁 that you wished for.😊
thank you sir bahot zyada acche se smjh aaya concept u are great
Thanku sir good explanation everyone understand this topic hope good teaching experience love from ladakh 🇮🇳
Thanks ❤️😊
You make difficult topic so easy...✨ Thank you so much 🙏
Nicely explained .. thanks 👍
Good lecturer explained in simple way.
Love from pakistan ..bht acha smjaya ap ny .. Thank you sir
Thank you sir for everything, you are amazing sir
Legend fr 🙌
Thanks ❤️😊
You made it so easy to understand sir!! Thanks a lot!
Most welcome! 🤗
Very interesting topic of quantum mechanics and your teaching experience is very nice.❤
Great sir😀🤗....now all concepts are clear💥💥
Aaj exam hai Aaj dekh raha hu 💀
All the best
Same here
Chal ta hai bhai ab mein bhi sm kar raha huin😂
Thank you so much sir 🙏 great explanation 👍
Thanks for nice explanation 😊
Thank you Sir so so much 😊😊😊😊😊😊😊😊😊😊😊
Most welcome 🤗
Thankyou for Lecture
God bless you live long sir✨
After 1 hour is my exam and I watch this video 🥺
All the best
Sir aap bahut achhe tarike se pdhate hai
Thanks. Keep Growing
Vidio ko 75× speed se dekhna sab samjh me aata hai ❤
Sir particle in a 3d box k video kb ayga?
thank you sir very helpful
Most welcome
dear sir i have a question is it possible if we put n
No , n represents states and states toh well defined hone chahiye
Thank you so much sir
Very helpful sir thank u
Very good explained sir 😊 love from Assam
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 😅
Subha ma exam hai or abhi video dakh raha hu😅😂
All the best
Amity se ho kya m bi
Very good explanation...
There's one error though...2nd excited graph is wrong
Thanks ☺️
sir please orthogonality of wave functions iss case me bta dijiye aur uska bhi graph
I shall try
Not in 2023 legents watch in 2024 ❤
10 minutes before exam😅
All the best
I am watching this video on seating my examm hall beanch with my friends in loud jbl😂😂
Thanks sir bahut bahut धन्यवाद
very nice you teach sir.
thank you.
Most welcome
@@Eduphile but sir please will you make a video on - particle in 2-D and 3-D.
thank you sir , you are the best sir
Most Welcome 🤗
great explanation
Thanks ☺️
love from BANGLADESH
Thank you sir
sir explanation bhaut accha tha bus camera thoda sa wide rakhiye
Ok sure
Jo end sem k liy padh raha hai like❤karo
👍👍
💕 Good mOrnInG guru ji😄
Good morning 🌻
really amazing....sir
Legends watching before 1 hour of exam 😁
Best ❤
Thanks
Most Welcome. Keep Growing
Very nice explanation sir
Thanks 😊
Sir how to solve when l = infinite
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\
Aap likh sakte h dono ma se koi bhi kyunki A aur B constants h
Legend watching 1 day before exam
All the best
Need video on electrodynamics
Sir plz particle in a rectangular 3D box par video banaye
Nice explain sir👌👌
Thanks for explain
Most Welcome. Keep Growing
Sir what we do if boundary are -a/2 to a/2
Uske liye bhi solve ho jaega
Very good explanation 👍
Thanks. Keep Growing
Tq uncle
All the best
Sir but shrodinger wave eq. Mai toh 8π^2 aata hai
Haa woi toh 8π² aata hai but sir ne toh bus 2 lagaya hai !
H cut ki value put krdo
thank you
Rigid Rotator ka bhi video bnai sir 6 February ko Exam hai please sir
I shall try
Thanks sir it become more ez with help of u
Most Welcome. Keep Growing
Nice explanation
Super explain
Sir
Thanks. Keep Growing
Sir plx explain nucelon..nucelon scattering .
I shall try
Spectacular sir
Sir what is excited state in this ?
Ground state se above level k excited states hote h
Sr, apke hand written notes, jishme pure basics se samjhaya gya h, esa mil skt he kya
In the schrodinger equation the h is different from the h you used in this derivation
One is h Planck constant and another one is h cut , reduced Planck constant
Watching 2 hours before the exam ...lol 😂
All the best
I'm watching 30 mins before exams 💀 .
Sir x= 0 and x= L to equation 1st mai put kijiye ga na
No, eqn 1 humara schrodinger equation h , hum log integral Ka limit rakhenge 0 to L
Radhe Radhe 🙏
Awesome
#funfactff
Thanks. Keep Growing
Sir yeh B.S.c and M.s.c dono ke liye hai..?
Ji haan
Sir net jrf ke preparation ke liye video bnaye
Aap humare channel ko visit kariye Eduphile Higher Physics waha pe net physics ki videos banaye jaate h
Nice explain
Thanks. Keep Growing
Legend watching 1 hours before exam ..
All the best
Brother solid state physics ke MSc ke video dalo
Kuch videos available h dost
Solid State Physics: ruclips.net/p/PLyTVFDODClZinQk5tgU-XyCP1wZz-Yrdc
Thank bro ..
Most Welcome. Keep Growing
Thanks sir❤
Most welcome
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 .... 😖😖😖😖😖
I shall try
@@Eduphile please and thank you
Sir ke page pe mere zindagi ke zyada colours hai 😅😂
Sir aap equation first mai x= L and psi = 0 ku nhi put kiye
Sir ji
momentum representation of Schrodinger equation in one dimension kia ho gi?
Also eigen function of this equation???
Solve toh kiya h dost aur Jo psi h wahi Eigen Function h
@@Eduphile okay Sir ji thank you so much
Mera toh ajj 4 baje se exm hai 😂 nit jsr
All the best
Good luck nitian 👍
its 1:29 AM and my exam tomorrow KMN
Best
Sir.....potential out side the box infinite kyu hota h plese bataiye na ...
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
Op🔥🔥🔥🔥
Bro plz take full topics quantum mechanics and acaustics B.tech.
BTW, great great explanation !!! keep it up
I am relying on you
Thanks. Keep Growing
Quantum Mechanics | Hindi: ruclips.net/p/PLyTVFDODClZi3-R9mqJUhLmKwZbliIEfH
Thanku sir