Particle in one Dimension box Potential well quantum mechanics Schrodinger wave equation application

हैल्लो फ्यूचर लीडर्स
Particle in one Dimensional box, Potential well problems, Potential well quantum mechanics based on Schrodinger wave equation application explained by Dr Ashutosh Pandey Technical Physics
और हाँ चैनल सब्सक्राइब करना मत भूलना आपके लाइक्स और कमैंट्स का हमें इंतजार रहेगा
वीडियो को देर तक पढ़ने के लिए पॉज बटन का उपयोग करें
Hi
i am Dr Ashutosh Pandey & Welcome to our TH-cam Channel Technical Physics.
Your Likes, Comments & Share are our motivation. Thanks for it.
► About this video:
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#particalinonedimensionalbox
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TechnicalPhysics

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[@arsh2228]

SIR UR WAY OF EXPLAINING IS SUPERB THNKUU VERY MUCHH

[@PrathamPandey-sj2yr]

Eigen value or eigen function wala video nahi mil rha sir plzz link snd krr do

[@bhaveshjatav2894]

Sir partical in 3 d box wala video bhi share kr do🙏🙏🙏🙏🙏🙏🙏🙏

[@vinayvader9308]

Sir actually I have lot of difficulties to understand thermos what I have in my syllabus then I decided to skip those important thermos in exams bt ur explainations made it easy and I never skip in exams and no need to revision after ur class....huge huge thank you so much sir

[@BTECHFFWALA]

Anyone from 2024 batch

[@SanjeevRajan]

Ys

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Yessss

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Sir I have watched most of ur videos and I'm literally saying ur teaching method is too good

[@tocomemes]

it has been 4 years , how are you big boy

[@bhargavreddy3885]

sir this is amazing I have been struggling for months and got in in 30mins. Thank you sir you can't imagine my gratitude

[@TechnicalPhysics]

Thanks for your love
Also Share with your friends
All the best

[@48_subhambanerjee22]

actually sir aap bahut accha parate hai.. mei siraf apke hi video dekhta hu

[@rajendra7820]

i am from nepal
i have running civil engineering
i am so glad for this
thanks to aasutosh sir
very useful and easy for remember

[@animebeginner6913]

At the end sir said thank you 😂😂
Sir thankyou to hume bolna chiye itna behtarin terah se ek ek point samjane k liye yt pe best channel ye hai sabko recommend karyunga 🙏🙏

[@chinubunny9974]

Thank you so much sir for this great video. I am your old subscriber and I saw almost all video made by you . Your teaching techique is so amazing , i also want to say to all students like me to follow your video because off these are so powerful video . Thanks a lot sir 🥰🥰🥰🥰

[@krishnakumar-de2ih]

Sir , plz make a video on eigen value and eigen function........
Thanks..... For clearing my doubt.......🙃

[@nehaaggarwal9056]

Superb sir.....infinite times better than college teacher's....🤗

[@user-ub8iq2td3e]

sir your hardwork is really and wholeheartedly appreciated by all of us students who are watching your lectures.

[@kingkong8542]

Mne bht video dekhe sir is topic par mujhe smajh nhi aaya par aapke video dekhke cristal clear ho gya.
Is subscribe karna to banta h

[@hrraushan6100]

Sir you are the best teacher I have ever seen in my life. Please upload more videos like this. India truely needs teacher like you.

[@bhansalibrothersstudio4359]

Thank you so much sir mene aapke sare video dekhata hu or muje sab kuch samj me aata he

[@TechnicalPhysics]

Thanks for watching

[@chinubunny9974]

Sir, where is second video for find the value of A( eigen value). Please send the link for completing the derivation

[@GulshanKumar-ok9ks]

Sir aap bohot acha samjhate ho

[@sailendranathpal8]

Very very much helpful 👍 sir
U the best 🎉

[@gskerbecs9513]

Amazing video to come back to again and again to revise!!!
I could just do derivations from notes I made while watching this video last time but watching it again and again seems more benefitting.

[@AKASHKUMAR-bf7co]

very simple after watching

[@Ayazpukhtoon1]

Lots of love 💕💕💕 from your Pakistani pupil ... Thank you sir

[@dheerajdixit8536]

Sir bhut badiya pdhate ho

[@roshanraj8573]

badhiya h sir apna bataiye

[@theyashgaur3236]

best lecture on schrodinger wave equation...........

[@premsingh2261]

Really,sir, Physics is HONOURED BY YOU

[@mohanmagarde7316]

Dhanyawad sir

[@parasbarman100]

Sir v ki video ka link nahi mil raha hai

[@siddharthtiwari8392]

sir bahut badiya hai aap kaise ho

[@ramnareshyadav1678]

Sir je ap bahut badihya samghatey hi.but one video quantum mechanics Ehrenfest theorem proof is very important. Please make a video.

[@akshayaryaa9778]

Bahut badiya samjhaya aapne thanks

[@amrendratripathi886]

ashutosh sir you are the king

[@TechnicalPhysics]

most welcome

[@NataNata-ur5bf]

For anyone wondering the value of A, first you need to normalize the wave function by taking
∫ 0 to L (ψ)²dx
after putting the wavefunction value you get
A² ∫ sin²(nπx/L) dx
Solve for A you get
A²=2/L
OR A= √(2/L)
Normalisation condition of wavefunction is when the probability of finding the particle somewhere in a given space is 100% or 1
Denoted by
∫ -∞ to ∞ ψ*φ dx= 1 (for 1 dimensional space)

[@HarshWardhan-zp7lb]

THANK YOU SO MUCH SIR. VERY COMPLEX TOPIC EXPLAINED WITH SUCH EASE💯💯

[@slayyay]

sir aag laga di 🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥

[@avnishkr4986]

Sir next video ka link dijiye, plz.

[@VipulKumar-nv7rz]

Thank you so much sir.

[@saeidanwar8587]

badhiya

[@abhinavdixit2956]

Sir, my name is abhinav dixit from UP, Jhansi, I'm in b. Sc. Final so plz make a video of 3 dimensional particle wave equation

[@sardarnazakatalinazakatali9883]

ma thk thak sir
you are a wonderful person, making us feel Physics

[@gskerbecs9513]

Thanks a lot sir for your help!!! May Ram ji bless you.

[@krishrajput4049]

when will the next part of this will come out?

[@PHYSICS_BY_G.D]

Since sinx=0 indicates sinx=nπ and u have taken n=1, 2,3,...but sinx can also be 0 for n=0 then lowest energy will start from zero.

[@gskerbecs9513]

Sir We are doing great Thanks to your videos!!!

[@AS-bs1wq]

Sir,, are the videos in this playlist arranged in serial manner ??
Can you please provide the link of next video after this

[@Ashish-lm6fs]

link mila ???

[@sagarsingh32112]

superrrb explanation

[@muhammadshezad4237]

Excellent

[@ankitshuklaSSC]

Sir, Particle in 3D par bhi video bnaiye, please🙏 sir

[@preciousone6638]

BEST LECTURE I'VE EVER SEEN. KEEP IT UP SIR JI.....

[@TechnicalPhysics]

thanks for watching

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Sir Thanks for this Video......

[@keltu2620]

U saved my semester sir

[@pragatichauhan4145]

Sir please make a vedio on postulates of quantum mechanics.

[@shubhamkumaryadavietluckno1284]

Thank you sir

[@RAJESHGUPTA-bz4zf]

Sir thanks

[@mithunahirwar6483]

Sir please eigen function par video banaye

[@santoshbairwa6691]

Sir bahut help ful hai
So thank you 🙏💕

[@shivamshukla9611]

Sir i have no words to thanks you
Sir jo bhi derivation kiya karein to derivation start karne se pahle kuch likhna hota hai to please 🙏 usse bhi likha karein

[@gskerbecs9513]

Thanks A Lot Sir!!!

[@uniqueeasystudy5244]

Thanks you sir for helping

[@MonikaYadav-bl6bv]

Sir ap bhot achha pdhate ho love uh a lot sir😊😊😊😊

[@khushipurwar8101]

Sir plz upload video on opertors , eigen values and eigen functions

[@arjunap8006]

where is the next video for finding the constant "A"

[@BG-lj6fw]

this is brilliant sir. thanku so muchhhh..

[@gamingprogress8056]

Sir We request that topic upload,Hamlitian complete.plz sir

[@shreyanshpandey.3281]

very helpful sir.
we respect your efforts.

[@Josuke217]

Awesome lecture , very helpful.

[@RkChemistry_Shorts]

Thank you sir.. now you have a new subscriber..

[@bhaveshjatav2894]

Sir iska part 2 bhi upload kr do please...jisme aap ne eigen function bhi nikala ho...❤❤❤🙏🙏🙏

[@bhupendra382]

Nice lecture sir 👌 👏 👍

[@anupamsingh7756]

Good explanation thank you sir

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Sir I miss you thenks sir ji

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Ek poynthing thoerum ka mathematical darivation pe videao daldo

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wow sir

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Nice sir

[@RushikeshFalkeArtVlogs]

Done ✅😃 thanks you.
Watch .......not noted

[@diptimitra607]

Three dimensional ka Video nhi aayega??

[@rahulsonkar7652]

Sir please upload kar dijiye kyuki aur kisi aur ka lecture achha NAHI lagata.
It's humble request to you please...

[@GoodBoy_._]

😭😭😭😭😭😭
sir mai bata nahi sakta aapne kitni badi madad ki hai
thnku sir

[@VishalKumar-eh6yd]

sir my exam are near plz upload Particle in three Dimension box Potential well quantum mechanics Schrodinger wave equation application

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@virat kohli fanclub😃😃 kal exam hai 😁

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Bhai ab to aap 3 year mein ab bhi paper hain 🤣

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Abe paper kaisa gya tera tune btaya nhii

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​@viratkohlifanclublv2710ab to uski engineering complete ho gayi hogi😂

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Bhi bata deta kaisa gya paper

[@gandhisaab8272]

Great sir

[@Bhaskarbaithaki]

Sir eigen function A ki value pr videos kab banayeiegaa

[@divyaanshuagrawal3383]

Thank u Sir.
Ratne ka hai puura Schrodinger wave equations . (3 Derivations)

[@bibhutibhusansahoo6019]

Sir
We need to be derive this 5 equations that u take for finding the value of k
Mainly equation 5 waalh

[@akhilkrishnan1580]

Waiting for eigen function .. plz upload soon sir.. 🙏

[@TechnicalPhysics]

idea of concept is already included in this video.

[@piyushjain2793]

Sir Eigen function and value pe bhi video upload krr dijiye

[@TechnicalPhysics]

sure

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Happy diwali Sir ji

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Reallly great sir ji 🙂🙂🙂

[@THE_LONER_BOY]

Thannk you Sir

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Sir I am thankful to you. But sir I need some numericals on electricity regarding bsc 2
Sir please provide us.

[@mansharani903]

Sir DDU University Gorakhpur quantum mechanics complete kar dijiye

[@Aryanuzb]

Sir ham ye same derivation University exam mai krke aaskte h na

[@TechnicalPhysics]

Yes

[@Aryanuzb]

@@TechnicalPhysics thanku sir

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Thank you so much sir for teaching this chapter with care ❣️✨

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Sir communication system per वीडियो बनाइए plz ग्रेजुएशन level per

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sir plz upload or cover all the topics of Quantum mechanics as soon as possible 🙏🙏🙏

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Sir eigen energy & eigen wave function bhi samjha dijiye pzl

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ache h sir

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Sir please tell me, which is the best book for engineering physics?????????, in which the solution are easy to understand please tell me sir

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Sir please🙏 one lecture on Ernfest theorem

[@shambhai2563]

Thank you so much sir❤❤

[@parmodgodara5784]

Sir plz make a video on topic simple harmonic oscillator by operator method... Plzzzzz

[@butterfly01111]

Sir plz Ehrenfest theorem krwa dijiye