LEC-15(2nd) Characteristics of wave function

[@nadiasultan7893]

The very best and inspiring way of teaching such a confusing subject. A round of applause !

[@SANJUPHYSICS]

Thanks dear for your appreciation

[@gowtham5168]

Not even at a single instant in your lecture ..I am worried sir... I'm relaxed throughout the lecture...because even though when I see you write terms that I don't understand ... I'm very sure that sanju sir Will give a beautiful explanation in a while... Thank you sir. U make Every word on the board meaningful.

[@SANJUPHYSICS]

Thanks dear Gowtham for such a long and valuable comment It provides me more energy to do better Regards Sanju Physics

[@suprithsk7567]

Super teaching sir hats off to you You explain every single topic so that every student gets benefited thank you sir 🙏🏻❤️

[@SANJUPHYSICS]

Thanks dear for your appreciation

[@short_made]

Crystal clear by a diamond teacher❤️❤️

[@SANJUPHYSICS]

Thanks dear Sachin for your appreciation and comment

[@haseebaslam5611]

Sir U Are Absolutely Superb Person I'm not perfect In my Consepts BUt YouR way Of teaching Impress me alot AnD I'm now Good In My Concepts I'm VeRy Thankful to You SiR I Mostly Watched Ur vedios And Made My Consepts Better once again Thanks Sir

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Thanks dear for your appreciation

[@Sonofkalinga]

Sir we want more lectures on quantum mechanics......plz plz plz

[@SANJUPHYSICS]

Okay dear send me the syllabus

[@unforgxttable266]

You have explained everything so smoothly.. Thanks a lot sir and keep making lectures.

[@SANJUPHYSICS]

Thanks dear for your appreciation and comment Sorry for the delayed response

[@asyaabbas2004]

kamal sir g... may ALLAH PAK Blessed you alot............

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Thanks dear for your appreciation and prayers

[@anshukumari6141]

Sir you are the best teacher of physics.Who makes the tough subject easy.

[@SANJUPHYSICS]

Thanks dear

[@pratichidwivedi3666]

Your way of explanation is just awesome ...thanks

[@ahashanmansuri980]

U are the best teacher sir U explain the topic vere clearly ❤️❤️

[@SANJUPHYSICS]

Thanks dear for your appreciation

[@nurturingyoungminds3100]

Pls make a video on radial and angular wave function!!!

[@SANJUPHYSICS]

Okay dear wait for some more time

[@riponshaikh5923]

Sir please make video on the wave equation for free particles....it will helped us a lot

[@jtshortstory1812]

Thank you sir... 🙏

[@SANJUPHYSICS]

Welcome dear Jadid

[@Neetikasuroop3109]

Thnku so much sr ur a grt tchr of physics

[@SANJUPHYSICS]

Thanks dear for your appreciation I'm just a student of PHYSICS

[@mandeepjangra7611]

Sir u r genius explain krne Ka tarika boht Acha plz sir probability current density Ehrnfest theorem HYDROGEN ATOM AND ITS EIGEN VALUE P VIDEO BANAYE YE TO SIR APKE VIDEO KI STARTING H BACHE BOHT AGE JAUENGE VIDEO OR DALIYE MSC COMPLTE SYALLBUS PLZ SIR BOHT JLD DAILYE

[@SANJUPHYSICS]

Thanks dear for your valuable comments and watching the video The syllabus which I am teaching is not covering the full syllabus of msc but I will try to make videos which covers the syllabus of your masters You may send me the syllabus at my Whatsapp [phone] also send me the name of the university Again thanks dear for your comments

[@hiteshdhameja1121]

Thanks for such a nyc and excellent explanation lectures through this channel...........Do u have a video lecture on heisenberg's uncertainty principle???

[@SANJUPHYSICS]

Thanks dear for watching the video I will upload the video of uncertainty principle today or tomorrow

[@hiteshdhameja1121]

@@SANJUPHYSICS thank you

[@hiteshdhameja1121]

Sir,there is one request can I connect with u on social media on which u are if u allow?

[@SANJUPHYSICS]

Yes of course so many viewers are in touch with me You may Whatsapp me 9729446786 send me your name and your college university name also send me photo of your syllabus

[@hiteshdhameja1121]

@@SANJUPHYSICS thanks sir

[@rajaabdulwadood7842]

Sir I have a numarical problem about quantum meachanics... Are you help me

[@aiyshafayaz6682]

Thanks sir , u make us to feel every quantity.

[@SANJUPHYSICS]

Welcome dear

[@golukumar-if6cp]

Gjb padhte hai sir aap,from JMI B-Tech

[@SANJUPHYSICS]

Thanks dear for your appreciation

[@shivanirao2871]

Thanks sir ..you are a great physics teacher 😊

[@dr.j.k.upadhyay3068]

Explaination is realyy good thx

[@SANJUPHYSICS]

Thanks dear

[@arvindvishwakarma100]

Sir, you are my best teacher in physics Thank you sir 🙏🙏🙏

[@566kushpanara3]

Thanks sir ....sir video upload Kiya Karo please...help milti hai hame

[@SANJUPHYSICS]

STAY HOME STAY SAFE

[@devashishbakshi2510]

Is it for class 12th student .?

[@SANJUPHYSICS]

No dear

[@deepanjalibarick1698]

Sir plz answer; The wave function of a particle in a classically forbidden region is ____ a. a sine function b.a cosine function c.a positive exponential a.a negative exponential

[@SANJUPHYSICS]

Negative exponential

[@mallakbasheersyed1859]

Why the function must be continuous sir??

[@thesoul3461]

We know that electrons revolve around the nucleus and has a probability density through which we can determine the probability of finding an electron. So we are considering an atom, a certain orbit hence, a specific region. Now, the electron is the atom we know that, not outside the atom. It means that there is 0 probability of finding the electron outside the atomic radius. Now, if the wave function is not continuous there would be a chance to find the electron outside the atom, if the function was non continuous! So the wave functions are always continuous, because the electron remains within a region for sure. This is why wave function are either cos or sine or sin nd cos functions. Sin and Cos functions are always continuous.

[@mallakbasheersyed1859]

@@thesoul3461 thank u😘

[@566kushpanara3]

Sir aapko bahot bahot dua aapki vajah se hi sybsc physics pass kar paya😘😘😘😘

[@SANJUPHYSICS]

Thanks dear for your prayers STAY HOME STAY SAFE

[@vikashkumarsahu6484]

thnk u guruji...for sch a nice explanation

[@SANJUPHYSICS]

Welcome dear

[@maniakhi2625]

Sir pls. Classical mechanics ka. Centre of mass and laboratory frames. Video share kijiye

[@SANJUPHYSICS]

Okay dear

[@firdousdar7274]

sinx has _ve values also.may it represent wave function

[@prafullnegi]

Sir is there whole syllabus of quantum mechanics bsc 6th sem in your channel?

[@sureshmostra4907]

Thank u sir

[@SANJUPHYSICS]

Welcome dear

[@vikasyadav495]

Hi sir, I need a little guidance regarding Quantum Mechanics. How can I contact you?

[@SANJUPHYSICS]

9729446786 my WhatsApp dear

[@vinaykaushik9583]

Very useful sir

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Thanks and welcome

[@mimicron8226]

Salam .namasty god.bhagwan bless u...a humble request dear sir...kindly mention the book u r following ..plzz

[@amnashah2615]

Localization ko bhi clear kry plzz

[@nidhirathore1802]

Sir more vedios plzzz. Its exam time plz sir... Plz make more vedio

[@SANJUPHYSICS]

Dear Quantum and Classical is not possible in this semester Now we are working on statistical mechanics and spectroscopy

[@feelphysics1282]

Sir sin underroot and cos underroot have integration..

[@AbdulMalik-sg2zg]

Kahen kahen skip kr rhe hn

[@dhrubasaikia7223]

Thank u sir,(please upload about gravitational potential)

[@SANJUPHYSICS]

Thanks dear for your valuable comments Send me the complete name of the topic

[@dhrubasaikia7223]

Expressions for gravitational potential and gravitational field due to a solid sphere at a point outside the sphere ( according to classical mechanics)

[@SANJUPHYSICS]

@@dhrubasaikia7223 Dear Dhruba you have to wait for sometime because this is not in the syllabus which I am teaching Thanks dear For your valuable comment you may WhatsApp me at 9729446786 for any assistance

[@dhrubasaikia7223]

Thnk u sir

[@pratichidwivedi3666]

I wish you would have been chemistry teacher ....

[@maniakhi2625]

Sir please hamilton jacobi ka video share kijiye

[@SANJUPHYSICS]

Sorry dear not this time

[@SANJUPHYSICS]

Sorry dear not this time

[@utkarshramachandraep0995]

sir root(x) gives only positive values...

[@Skyrime007]

Looks like diricilets conditions.

[@tathagatabhattacharjee9234]

I can't understand properly why 1st derivative of the function is infinity

[@atikabrarsourov7500]

those who attended the real class are really lucky

[@ghaisuddin4649]

kindly do not use hindi words,

[@SANJUPHYSICS]

I will try dear

[@ghaisuddin4649]

thank you, i told you because i am studying your lecture very carefully, and hindi word disturbe me alot,