Kinetic Energy = (1/2) mv^2 = (3/2) kT. So, momentum, p^2 = m^2 v^2 = 3mkT. Therefore, 2mkT in the relation must be replaced by 3mkT. But unfortunately, correction can not be done in the uploaded video.. So this remark is put in description box..
Explaination is too good I'm preparing for exam i think by listening to this clsses nd preparing notes while listening nd referring that would be enough to attend the exams Thank you sir
thank you sir i was waiting for such a simple explanation and i found it thnx a lot pliz continue the series it's very useful and explained very i hope we will see more of quantum physics and molecular dynamics if that possible
Sir , could you please share your notes on Simple harmonic motion ? It would be great if you could share a few solved questions from SHM for semester exams....
Thanks for correcting.. Kinetic Energy = (1/2) mv^2 = (3/2) kT. So, momentum, p^2 = m^2 v^2 = 3mkT. Therefore, 2mkT in the relation must be replaced by 3mkT. But unfortunately, correction can not be done in the uploaded video.. Anyway, I will put this remark in description box.. Thanks once again..
Sir In bhors postulate we assume electron is travelling in Circular with velocity of light .. So it's velocity will be n×ʎ and also velocity of electron is 2pi×radius So after equating both parts we this equation na 2pi×r=nʎ or somthinɡ else you considered for this......?
No.. Velocity of electron is not assumed here to be equal to velocity of light. What we said is as there is a wave associated with the electron, only orbits having radius for which wave will be continuous will be selected and for such orbits, 2 π r = n λ. From this condition we get Bohr's postulate which says m v r = n h /2π by substituting de broglie relation λ = h/mv. So if we are accepting Bohr's postulate and it can be obtained from de Broglie relation we can accept de Broglie relation. This is how de Broglie relation is justified..
You can get the notes in the description of each video session.. You can find the links of all video sessions in drive.google.com/file/d/1lpLUp98zHCSMMtiEuvQUUl5p7LZskkyj/view?usp=sharing
Yes.. I have posted the correction in the description. Correction : If, Thermal energy is used then, Kinetic Energy = (1/2) mv^2 = (3/2) kT. So, momentum, p^2 = m^2 v^2 = 3mkT. Therefore, 2mkT in the relation must be replaced by 3mkT. Unfortunately I cant edit this formula..
pdf notes on the respective topics are available in the description of each video session.. In this pdf, you will get of links of all video sessions where notes are available.. drive.google.com/file/d/1lpLUp98zHCSMMtiEuvQUUl5p7LZskkyj/view?usp=sharing
Kinetic Energy = (1/2) mv^2 = (3/2) kT. So, momentum, p^2 = m^2 v^2 = 3mkT. Therefore, 2mkT in the relation must be replaced by 3mkT. But unfortunately, correction can not be done in the uploaded video.. So this remark is put in description box..
sir
can u explain this equation again ?
@Larry Elisha Yup, have been using instaflixxer for months myself =)
Is it even wrong in the notes?
@@chomichuma2160 Its not included in notes.
@@EngineeringPhysicsbySanjiv thank you
I don't track time when I learn from material like this. The explanation flows so well. It was all easy to connect n understand. Thanks a lot!
Great to hear! You are most welcome..
Plz share your notes of quantum mechanics.
Is this helps to get full marks in semister
Heyy you're alluring😅
Outstanding, clear and crisp Explanation.Thankyou sir 🙂
Thank you..
Plz share your notes of quantum mechanics.
MAJA AAYA
Kaash hamare prof bhi thora dhang se padha pate lekin unko DON'T TAKE IT OTHERWISE bolne se fursat mile tab na.
#BITIAN
Explaination is too good
I'm preparing for exam i think by listening to this clsses nd preparing notes while listening nd referring that would be enough to attend the exams
Thank you sir
It's my pleasure.. All the Best
You explained everything in easiest way,love the way of your teaching sir thank you so much ❤️
Most welcome... Keep watching and share with your friends...
Plz share your notes of quantum mechanics.
It was superb. Suggestion: It would be more beneficial if subtitles are available. 😊
Thank you
Plz share your notes of quantum mechanics.
thank you sir i was waiting for such a simple explanation and i found it thnx a lot pliz continue the series it's very useful and explained very i hope we will see more of quantum physics and molecular dynamics if that possible
So nice of you.. Will try to upload more..
Plz share your notes of quantum mechanics.
After wasting hours nd hours time...
Finally...I got the right vedio....this is simple nd understandable...thank you so much sir...😇
Glad it helped you.. most welcome..
Is this in first semester ?
For Mumbai University syllabus.. yes
@@EngineeringPhysicsbySanjivare you in IIT??
No.. I am in Somaiya Institute of Technology
Wonderful explanation sir. 👍 Thank you so much for making these videos. Please keep making them.
Welcome..
Plz share your notes of quantum mechanics.
The way you teaching is really understandable... Thank you so much sir...🙏🏻make more videos on Physics
Thank you, I will..
Plz share your notes of quantum mechanics.
Way of teaching is awesome sirrr..tqsm
Thank you
your teaching is so good.. thanks for this
Most welcome.. please share with your friends also..
Plz share your notes of quantum mechanics.
Super explaintion sir🎉👍🤝
Thank you Sir for an amazing explanation .
You are most welcome
simply superb teaching sir👌👌👍👍
Thanks.. Keep watching..
Plz share your notes of quantum mechanics.
Thanks, sir, I will be looking at your videos for other topics too
Welcome.. share with your friends also..
Plz share your notes of quantum mechanics.
Sir , could you please share your notes on Simple harmonic motion ? It would be great if you could share a few solved questions from SHM for semester exams....
Is this playlist is enough for mumbai university student or it is more than enough please reply sir...
Sir thank you very much
Most welcome and best luck👍
Wonderful explanation sir.. thank you for the videos.. where can I get the important questions for all the modules??
Check here - drive.google.com/file/d/18LE3FeWfjH4GwPBwPs1sgXNzKHVx6n1Q/view?usp=sharing
@@EngineeringPhysicsbySanjiv thanks can i get important question for other module too like laser, other
Welcome
@@EngineeringPhysicsbySanjiv do you have important questions for quantum mechanics , electro magnetic theory , vibrations 🙏
@@luckysaadaan8617 drive.google.com/file/d/18LE3FeWfjH4GwPBwPs1sgXNzKHVx6n1Q/view?usp=sharing
drive.google.com/file/d/1MzBrMVn-CowpYFGG9O2mFZhFbYbwY2JI/view?usp=sharing
I am studying in this institute only
Great
Plz share your notes of quantum mechanics.
drive.google.com/file/d/1P57bcx6bvTp13oZuBjh56s0rsgEcYy8h/view
drive.google.com/file/d/1y0GhyQj_JEDBYeMnQSpBFCOGm__GL9b7/view
drive.google.com/file/d/1dii1d6NppOa3kq2m6zAK68DycdMX3Idk/view
@@EngineeringPhysicsbySanjiv thank you soo much sir helps a lot 🙏🏻🙏🏻🙏🏻
19:36
4th box of equation is wrong. Denominator should be (3mkT)^1/2 not (2mkT)^1/2 for thermal energy.
Thanks for correcting.. Kinetic Energy = (1/2) mv^2 = (3/2) kT. So, momentum, p^2 = m^2 v^2 = 3mkT. Therefore, 2mkT in the relation must be replaced by 3mkT. But unfortunately, correction can not be done in the uploaded video.. Anyway, I will put this remark in description box.. Thanks once again..
Very nice teaching sir , explanation 👍👌👌
Thank you
Plz share your notes of quantum mechanics.
Very good lecture Sir. Thanks and Regards 🙏🙏🙏🙏🙏🙏🙏🙏🙏
Thanks for liking..
Sir In bhors postulate we assume electron is travelling in Circular with velocity of light ..
So it's velocity will be n×ʎ and also velocity of electron is 2pi×radius
So after equating both parts we this equation na
2pi×r=nʎ
or
somthinɡ else you considered for this......?
No.. Velocity of electron is not assumed here to be equal to velocity of light.
What we said is as there is a wave associated with the electron, only orbits having radius for which wave will be continuous will be selected and for such orbits, 2 π r = n λ. From this condition we get Bohr's postulate which says m v r = n h /2π by substituting de broglie relation λ = h/mv. So if we are accepting Bohr's postulate and it can be obtained from de Broglie relation we can accept de Broglie relation. This is how de Broglie relation is justified..
awesome 🎉
Thanks a lot
sir you are great thank you sir to make physics easyyy
You're most welcome.. keep watching..
Sir kya ye Beu ke liye hain??
This is awesome.... 🔥🔥🔥
Thank you..
Plz share your notes of quantum mechanics.
Thanks keep moving sir
Thank you 👍
thank you sir plzz tell us which nextbook we should buy or plz provide their pdf
You can get the notes in the description of each video session..
You can find the links of all video sessions in drive.google.com/file/d/1lpLUp98zHCSMMtiEuvQUUl5p7LZskkyj/view?usp=sharing
Awesome teaching 👍👍
I am from iitB eee
Listening u sir
Great.. best luck to you👍
Can't believe I am in tsec and our physics faculty is worst .... anyways thanks for your efforts 🙏
At this level, self study is more important.. Take guidance from teachers and refer books.. All the best..
Bro just visualise it🤷♂️
👍
Bhai Tsec konsi college hi burhanpur wali kya
Good man.
Thank you
Superb teaching
Thank you..
@@EngineeringPhysicsbySanjiv Sir this year we don't have Black body radiation and Rayleigh Jeans Radiation right?
No but as prerequisite i have discussed it
@@EngineeringPhysicsbySanjiv ok
best of luck for tomorrow exam guys😂👍
Best Luck👍
Thank you sir
Welcome..
sir can I watch this for Nit?
or it is only for Maharashtra Universities
Check with your syllabus.. it may be almost same for chapters like quantum physics and semiconductor physics.. so you can
Execellent explination sir
Thanks.. keep watching..
Superb sir
Thank you..
Exllent teaching sir 👌👌👌thank u
You're most welcome.. keep watching and share with your friends..
Plz share your notes of quantum mechanics.
Osm teaching
Thank you🙏. Please share with friends also..
Give a written notes sir, your class is awesome
Check description
galt formula likha h apne sir thermsl energy k terms mi 19:16
Yes.. I have posted the correction in the description. Correction : If, Thermal energy is used then, Kinetic Energy = (1/2) mv^2 = (3/2) kT. So, momentum, p^2 = m^2 v^2 = 3mkT. Therefore, 2mkT in the relation must be replaced by 3mkT.
Unfortunately I cant edit this formula..
Sir de broglie is matter wave
yes
@@EngineeringPhysicsbySanjiv sir your WhatsApp number for doubt
Can you suggest engineering maths and engineering chemistry channel sir
ruclips.net/user/EngineeringMathsbyProfNitin
for maths
Thoda Hindi English mix karke samjhaa sakte to thik varnaa ..
Varnaa meko nai samajh aarhaa aur fir mai subscribe bhu kar deta channel
Nice👍 teaching sir
Thank you.. share with your friends also..
Plz share your notes of quantum mechanics.
sir pls explain normalization condition part in infinite potential well derivation
Sir Hindi lecture ka par hai
Hindi lectures are not available
sir thoda dheere aur km se km ek baar repeat krke to pdhaiye .....
Good Morning Sir ,
Please tell some good channel for Engg Chemistry 1 year , Please.
Thanks Sir ji
No idea..
it is a gold
Thank you for the compliment 🙏
Wonderful
Thanks
Thankyou sir !
Welcome..
Sir this is enough for btech 1sem cse?
This is as per mumbai university syllabus.. check if contents are same for ur university
@@EngineeringPhysicsbySanjiv okay sir
👍
How these can applied to noise reduction
ohh.. its just the name of the file.. as I have removed noise which was there earlier due to defective mic..
can i study from this if i am a sppu student?
Yes.. you can.. syllabus for quantum mechanics for first year is same
Can u suggest me a channel for basic electronics
Try this channel -
ruclips.net/channel/UCBkOVp1Cqz4MR0LYR8vKpZg
Sir from which book ?
A Textbook of Engineering Physics - Avadhanulu, Kshirsagar
Engineering Physics - Vasudeva
@@EngineeringPhysicsbySanjiv thank u sir❤️
Is this sufficient for RGPV?
for First Year.. yes
@@EngineeringPhysicsbySanjiv thank you sir
I am an vtu student shall i follow up this
Sure
Sir is computer science related to quantum physics and mechanics
Of course. In future quantum computing will help us to build very fast computers having very high data capacity..
@@EngineeringPhysicsbySanjiv thank you for your information sir
Sir iska derivatives wala.video kaha milega
did not get your quesion?
@@EngineeringPhysicsbySanjiv sir apn ko Vg and vp ka solution dekhna tha
@@Arif07867 you can get in this link - ruclips.net/video/nC_OAaG7T50/видео.html
Where can I get the notes for this chapter sir???
In description of the video, link for notes is available
Plz share your notes of quantum mechanics.
drive.google.com/file/d/1P57bcx6bvTp13oZuBjh56s0rsgEcYy8h/view
drive.google.com/file/d/1y0GhyQj_JEDBYeMnQSpBFCOGm__GL9b7/view
drive.google.com/file/d/1dii1d6NppOa3kq2m6zAK68DycdMX3Idk/view
Sir our learning language is English but understanding language is Hindi so please use Hindi during lectures
Sir yeh nagpur university keliye hai?
Check topics.. mostly 70 % syllabus for all universities is same
Sir I was in btech computer science if btech first seems so can I watch these video
You can.. check your university syllabus. Accordingly you can watch the playlists.
Fun fact djsce students also refer this
😀 Its fine..
Plz share your notes of quantum mechanics.
My class teacher... 2022😎
👍
@@EngineeringPhysicsbySanjiv sir, vivek from AI-DS 2022😃
Ohh.. nice to see you here..
❤
Can u share this notes
pdf notes on the respective topics are available in the description of each video session.. In this pdf, you will get of links of all video sessions where notes are available..
drive.google.com/file/d/1lpLUp98zHCSMMtiEuvQUUl5p7LZskkyj/view?usp=sharing
@@EngineeringPhysicsbySanjiv tq sir i got it ...
@@ohh__drag5712 welcome..
Sir i want a written notes sir or pdf notes please sir
drive.google.com/file/d/1Ikw8Z0T6GRiRNnNOcjAK5Awprm0m9pXt/view?usp=drivesdk
drive.google.com/file/d/1DK4jO1E-8qEojxkqHrDOwsefhAQ9iqkv/view?usp=drivesdk
Please 🙏🙏make video on transistor sir🥺🥺
Will do in near future..
@@EngineeringPhysicsbySanjiv thanq u sir :)
Sir app aktu University ka physics padaiye sir please
will try in future.. now not possible.. sorry for that
How is Engineering physics at DTU
No idea. But DTU is one of the best college..
Important questions pdf files share me
drive.google.com/file/d/18LE3FeWfjH4GwPBwPs1sgXNzKHVx6n1Q/view?usp=sharing
drive.google.com/file/d/1MzBrMVn-CowpYFGG9O2mFZhFbYbwY2JI/view?usp=sharing
@@EngineeringPhysicsbySanjiv it would be helpful if you give the solutions to the questions too.
Is this help to get full marks in semister
surely.. if you prepare properly
@@EngineeringPhysicsbySanjiv tq
Bhai thori Hindi using krlo
can you explain this all in hindi it will be more effective 😶😶
Sorry.. but in Hindi it is not possible for me..
Sir, captions please
Will try
@@EngineeringPhysicsbySanjiv Thank you so much for your concern about students.
At 19:28 last formula of lambda there will be 3mkT
right.. it was noticed by by after uploading.. so correction is given in the description.. video cant be edited
Sir hindii me explain kiya karo plz
sir can u share ppt
No.. you can get notes
Sir im 2022 student, syllabus is same to us sir?
Yes.. for Mumbai University, it is same
@@EngineeringPhysicsbySanjiv sir im from karnataka, so what should i do sir?
Check your topics.. for quantum physics, semiconductor physics, interference, diffraction, lasers, optical fibre, you can refer this
@@EngineeringPhysicsbySanjiv no sir, in my syllabus it is quantum mechanics of de broglie hypothesis and matter waves, so n so..
That's there
Iam from JNTUH❤
Sir pl upload video on nuclear physics
. Your wtsapp no pl
17:30
5:57
Sir hindi ma bhi samja do kuch samaj manahiaa raha ha
😮😮😮😮😮
Sir speak in Hindi 😢😢
Not so fluent in Hindi..
Sir please explain in Hindi
😀😀😀
👍👍
Thank you sir ❤🙏🙏🙏
Thank you sir
Thanku so much sr ji
You are most welcome 🙏🙏
Thank you sir ❤️🙏🙏🙏🙏
Welcome